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RULES AND REGULATIONS FOR THE CONSTRUCTION AND CLASSIFICATION OF SHIPS
1993
NIPPON KAIJI KYOKAI
NIPPON KAIJI KYOKAI
CONTENTS
REGIJI. ATIONS F O R T H E CLASSIFICATION A N D R E G I S T R Y O F S H I P S
.............................. CHAPTER 1 GENERAL PROVISIONS 3 CHAPTER 2 CI. ASSTFICATION O F S I I I P S . . . . . . . . . . . . . . . . . . . . . . . . . . 4 CHAPTER 3 REGISTRATION OF INSTALLATIONS ................ 8 CHAPTER 4 FEES AND EXPENSES ................................ 12 CHAPTER 5 MISCELLANEOUS .................................... 13
R U L E S FOR THE S U R V E Y A N D CONSTRLIC1'ION O F S T E E L SHIPS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . P A R T B CLASS SURVEYS 25 C I I A ~ E R 1 GENERAL ............................................ 25 CHAE"PEIL 2 CLASSIFICATION SURVEYS . . . . . . . . . . . . . . . . . . . . . . . . . . 28 CHAPTER 3 T'ERIO1)ICAL SUILVEYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 CHAPTER 4 SPECIAL REQIJIREMENTS FOIL MOUILE OFFSHORE
UNITS. ................................................ 83 CHAPTER 5 SI'ECldL ILEQUIILEMENTS FOR STEEL BARGES . . . . 89 CHAPTER 6 SIJRVEYS OF SUBMElLSlULES ...................... 92 CHAPTER 7 SIJRVEYS O F PASSENGER SHII'S . . . . . . . . . . . . . . . . . . . . 97
. . . . . . . . . . . . . . . . . . . . . . P A R T C IIULL CONSTRUCTION AND EQUIPMENT 105 CHAPTER 1 GENERAT, . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 CHAPTER 2 STEMS AND STERN FRAMES . . . . . . . . . . . . . . . . . . . . . . . . 122 CIIAPTER 3 RUDDERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128 CHAPTER 4 SUBDIVISIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144 CHAPTER 5 SINGLE BOTTOMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151 CHAPTER 6 DOIrBLE ROTTOMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 156 ClIAPTER 7 FRAMES .............................................. 172 CHAPTER 8 WER FRAMES AND SIDE STRINGERS .............. 190 CHAPTER I) ARRANGEMENTS TO ILESlST PANTING . . . . . . . . . . . . 194 CHAPTER 10 BEAMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 203 CHAPTER 11 PILLARS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209 ClIAPTEK 12 DECK GIRDERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212 CHAPTER 13 WATERTIGHT HUl. KHEAIIS . . . . . . . . . . . . . . . . . . . . . . . . . . 217 CHAPTER 14 DEEP TANKS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 227 CHAPTER 15 LONGITUDINBLSTRENGTH . . . . . . . . . . . . . . . . . . . . . . . . . . 235
. . . . . . . . . . . . . . CHAPTEIL 16 PLATE KEELS AND SHELL PLATIKGS 246 CHAPTER 17 DECKS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 254 CHAPTER 18 SIJPERSTRIJCTIJRES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2,: 8 CHAPTER 19 DECKHOUSES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 262 CHAPTER 20 HATCHWAYS, MACMINEILY SPACE OPENINGS AKD
. . . . . . . . . . . . . . . . . . . . . . . . . . . . OTHER DECK OPENINGS 265 CHAPTER 21 MACHINERY SPACES AND ROII, E R ROOMS . . . . . . . . 274
CHAPTER 22 CHAPTER 23
CHAPTER 24 CHAPTER 25 CHAPTER 26 CHAPTER 21 CHAPTER 28 CHAPTER 29 CHAPTER 29A CHAPTER 30 CHAPTER 31 CHAPTER 32 CHAPTER 33
NIPPON KAIJI KYOKAI
TUNNELS AND TUNNEL RECESSES ................ 276 BULWARKS. GUARDRAILS. FREEING ARRANGE- MENTS. CARGO PORTS AND OTHER SIMILAR OPENINGS. SIDE SCUTTLES. VENTILATORS AND GANGWAYS 279 CEILINGS AND SPARRINGS . . . . . . . . . . . . . . . . . . . . . . . . . . 288
CEMENTING AND PAINTING ........................ 289 MASTS AND DERRICK POSTS ........................ 290 EQUIPMENT .......................................... 291
STRENGTHENING FOR NAVIGATION IN ICE ........ 295 011. TANKERS ........................................ 315 DOIJBLE HULL TANKERS ............................ 361 ORE CARRIERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 382
.................................... BULK CAI<lllERS 387 CONTAINER CARRIERS .............................. 410
DAMAGE CONTROL FOR DRY CARGO VESSLS . . . . . . 420
PART CS HULL CONSTRUCTION AND EQUIPMENT OF SMALL SHIPS Separate Publication
PART D MACHINERY INSTALLATIONS ................................ 421 CHAPTER 1 GENERAL ............................................ 421 CHAPTER 2 DIESEI. ENGINES .................................... 430
.................................... CHAPTER 3 STEAM TURBINES 444 CHAPTER 4 GAS TURBINES ...................................... 449 CHAPTER 5 POWER TRANSMISSION S+Y STEMS .................. 454 CHAPTER 6 SHAFTINGS ............. '.'. ........................... 464 CHAPTER 7 PROPELLERS ........................................ 471 CHAPTER 8 TORSIONAL VIUICATION OF SHAFTINGS ............ 480 CHAPTER 9 BOILERS ETC . AND INCINERATORS ................ 486 CHAPTER 10 PRESSURE VESSELS ................................ 539
CHAPTER 11 WELDING FOR MACHINERY INSTAI,I, ATIONS ...... 559 CHAPTER 12 PIPES, VALVES, P I P E FITTINGS AND AUXILIARIES 574 CHAPTER 13 PIPING SYSTEMS .................................... 589 CHAPTER 14 PIPING SYSTEMS, VENTING SYSTEMS AND
.......... INERT GAS SYSTEMS FOR OIL TANKERS 616 CHAPTER 15 STEERING GEARS .................................... (j:j(i
CHAPTER 16 WINDLASSES AND MOORING WINCHES ............ 651 CHAPTER 17 REFICIGERATING MACHINERY ...................... 652 CHAPTER 18 AUTOMATIC AND REMOTE CONTROL .............. 656 CHAPTER 19 (DELETE) .......................................... 674 CHAPTER 20 (DELETE) .......................................... 675
CHAPTER 21 SPARE PARTS, TOOLS AND INSTRUMENTS ........ 676 CHAPTER 22 SPECIAL REQUIREMENTS FOR MACHINERY
INSTALLED IN SHIPS WITH RESTRICTED AREA OF SEICVICE AND SMALL SHIPS .................... 684
NIPPON KAIJI KYOKAI
CHAPTER 2 ELECTRICAL EQUIPMENT AND SYSTEM DESIGN .. 694 CHAPTER 3 DESIGN OF INSTALLATIONS . . . . . . . . . . . . . . . . . . . . . . . . 750 H P T I .AI)I)I'I'IU S. \L KEQI~IR1~:nlEzlTS FOIt SIilk'S
C'.\ItI<YIN(. SI'E('1AL C'.\R(.OES . . . . . . . . . . . . . - 1 O(
CHAPTER 5 ADDITIONAL REQUIREMENTS FOR ELECTRIC PROPULSION PLANTS ................................ 767
CHAPTER ti SPECIAL REQUIREMENTS FOR SHIPS WITH RESTRICTED SERVICE AND SMALL SHIPS .......... 772
PART K MATERIALS .................................................... 775 CHAPTER 1 GENERAT. ............................................ 775 CHAPTER 2 TEST SPECIMENS AND MECHANICAL TESTING
PROCEDIJRES ........................................ 779 CHAPTER 3 ROLLED STEELS ...................................... 787 CHAPTER 4 STEEL 1. lpES ........................................ 827 CHAPTER 5 CASTINGS ............................................ 852 CHAPTER fi STEEL FORGING ...................................... 864 CHAPTER 7 COPPER AND COPPER ALLOY ...................... 879 CHAPTER 8 AL[rfifINIUM ALLOYS ................................ 8x4
PART L EQUlpMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 887 CHAPTER 1 GENERAL ............................................ 887 CHAPTER 2 ANCHORS ............................................ 889 CHAPTER 3 CHAINS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 893 CHAPTER 4 STEEL WIRE ROPES .................................. 901 CHAPTER 5 FIRER ROPES ........................................ 907 CHAPTER 6 HATCH TARPAULINS ................................ 911 CHAPTER 7 SIDE SCUTTLES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 913
PAKT M WELDING ...................................................... 921 CHAPTER 1 GENERAL ............................................ 921 CHAPTER 2 WELDING PROCEDURES ............................ 922 CHAPTER 3 TEST SPECIMENS AND MECHANICAL TESTING
PROCED{i RES ........................................ 927 CHAPTER 4 WELDING PROCEDIIRE TESTS ...................... 935 CHAPTER 5 WELDING OPERATORS AND THEIR QUALIFICATION
TFSTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 947 >.
CHAPTER 6 WELDING MATERIALS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 960
PART N SHIPS CAILRYING LIQUEFIED GASES IN BULK Separate Publication
PART P MOBILE OFFSHORE DRILLING UNITS. WORK-SHIPS AND SPECIAL PIJRPOSE BARGES
Separate Publication
PART Q STEEL BARGES Separate Publication
NlPPON KAlJI KYOKAI
P A R T R FII tE PItOTECTION. DETECTION AND EXTINCTION . . . . . . . . . . 1023 CHAPTER 1 GENERAI. ............................................ 1o'z:i CHAPTER 2 CONSTRUCTION ANI) ARRANGEMENT FOIL
CARGO SHIPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1029 CII.4P'PER 3 CONSTRUCTION AND ARRANGEMENT FOR
TANKERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1041 CHAPTER 4 MEANS OFESCAPE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1047 C'HAPTElt 5 FIRE DETECTION AND EXTINCTION . . . . . . . . . . . . . . . . 1049
P A R T S SIIIPS CARRYING DANGEllOlJS CHEMICALS IN B1JI.K S e p a r a t e Publicat ion
P A R T T SURMERSIBLES Separate Publicnt iun
P A R T U INTACT STARILITY 1087 CHAPTER 1 GENERAL ............................................ 1087 CHAPTEIL 2 STABII.ITY REQTIIKEMENTS . . . . . . . . . . . . . . . . . . . . . . . . 1088
PART v LOAD 1, INES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1093 CHAPTER 1 GENERAL ............................................ 1093 CHAPTER 2 ASSIGNMENT 01.' FREEBOARD AND MARKING OF
LOAD LINES .......................................... 1094
P R O V l S I O N A L R U L E S F O R I N - W A T E R S U R V E Y O F L A R G E SHIPS
CHAPTER 1 GENERAL ............................................ 1097 CHAPTEIC 2 IN-WATER SURVEY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1099 ....
HEGIJI~ATION FOR THE ISSUE OF STATUTORY CERTIFICATES
CHAPTElt 1 GENERAL PROVISIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1103 CHAPTER 2 CEKTIF1I:ATES AND THEIR VALIDITY .............. 1101 CHAPTER 3 lSSTJE OF STATUTORY CEItTIFICATES ETC . . . . . . . . . I 106 CHAPTER .( FEES AND EXPENSES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 08 CHAPTER 5 MIqCEI, LANFOUS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ll[JY
A P P E N IIIX
................................ 1 . ASSIGNMENTOF FREEROARD 1113 2 . BOARD O F DIRECTORS AND COMMITTEES . . . . . . . . . . . . . . . . . . 1115
........................................ 3 . NKSOKVEY OFFICES 1122 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 . SI UNIT 1152
5 . NIPPON KAIJI KYOKAI PUBLICATIOKS ...................... 1153
NIPPON KAlJI KYOKAI
INDEX Ahhw viations in the: IXDEX ior thc Rules and Regulations for thc Construction and Classification 01 Ships
CLS : Kegulalions for the Classificatian and Registry of Ships
A-V : Respective I'arts in the Rules for the Smvey and Construction o i Steel Ships
TWS : I'rovisional Rules for 1n~'ilratt:r S u r v ~ y of Large Ships ............
............ Access apcriiiig to machinery space C 20.3.4 ~~~~~~~~i~~ wirin .............................. H 2.14
..................... Accommodalion space : A 2.1.35 . .................. arranpt:ment for tankcr R 3.2.2 ;
sprinkler ........................ K 5.2.15 bulkhead u.jthi,, .................. .... K 2.2
............ bulkhead wilhin for tanker R 3.2.4 fire protection R 2.1.2.5
............ purtable fire ertinguishcr in R 5.2.14 ............... stairway and lift trunk in R 2.4
Accumu, ator hiillery H 2.11 A'. ~~~~~~t~~ H 2.4.14 ''AMclaST i, ivisi R 1.1 3(3) Advisory service .............................. CLS Chap . $ Afrrr peak tlulkhearj .......................... < 13.1.2 .4ir pressor : D 13.13
..................... automatic oparation U 18.6.1 parts .................................... D 21.2.14
~i~ hi, le C 14.3.1 ........ Air irilet system for gas turbine.... D 4.4.1
Airtight ,,", khead .............................. C 29.1.4 Alarm :
automatic and rt:ri>ote r:untrol of auxiliary machinery ..................... U 18.6.1
..................... 1) 18.6.2
..................... U 18.6.3(4)
..................... U 18.6.4
..................... D 18.6.6 automatic and rr:rnote control of
..................... V 18.3.3!2) !b) ................................. D 2.5.5-1
.................................... R 5.1.12 ........................................ R 5.1.13
5.1.15 gas 4.3.2.2
................................. 4.3.3 incinerator " 9.13.4-2 inert gas s5,stc:n, D 14.5.12.2
............ powt:r transmission system D 5.2.5-2 remote control device for main prclpulsion machinery ..................... D 18.3.2-30)
..................... D 1R.3.2-4 i-team turbine D 9 , . 3.3.2 steerirlg gear .............................. ---- D 15.2.4-5
................................. D 15.2.5
................................. U 15.2.7-5
................................. V 15.2.7-7
................................. D 15.3.1-l(4) design n 18.2.5
Alignmm ' ' '
boiler 11.4.2 piping 11.6.2
.............................. 11.5.2 ...... lrincipal camponcnt of prime mover D 11.7.2
............ Alton~ating current generalor H2.6 *luminiurn a,, oy : .............................. K Chap . 8
q"ali(ication test ........................... M5.3 wcldillR nlateria] ......................... 4 6 . 8
.......................................... .............................. D 11.5.2
Annual inspectiun. welding malerials --.M 6.1.5 Annual survey :
hull 3.3 i,, tervals ....................... .......... R 3.2.2
inew .................................... B 3 . 7 lanker 3.3.2
.................................... B 3.7.2 steel barges ....................... ---- ....... B 5 4.2 . .
NJPPON KAIJI KYOKAI
............ Appalatus for special PUT~)OSC B 1.2 Application :
-t(. I I,,r hull ................................. C 1.1.11 'C ................................. C 1.1.12
............... welding materinls iirr 111111 C 1.2.5 Armour .............................................. 2.9.6.5
. Arrangements LC. resist panting . . . . . . . . - ( > C h a p 8 Assixnrnrrlt :
[rceboard .................................... Append ix 1 Aster, pourel- .................................... D 1.3.2 Attell dance ti, ..................... -. B 1.1.8 Auton\iltic and remote control : ......... U C h a p . 18
illiirrrl U 18.2.5 auxilia D 18.G boiler D 18.4 electric grneralrlg se .................. D 18.5 rnvir-ilnn~ei~lal condition ............... D 18.2.3 rrrairr prupulsiol~ machincry ............ U 18.3 safety syste" , ................................. D 18.2.6,
.................................... n IR.I.Z(S) D 18.2.2 D 18.2.1 U 18.7
type .............................. 18.7.2 Autolnatic ........................... 5.2.12.
........................... R 5.3.15 Autuma,ir- welding ........................... M 22.4 Aut.~rnalic welding material ............... M 6.3
Auxiliary steering gc:ar ........................ n 15.2.3
~ ~ ~ k . ~ ~ llleans ................................. D 18.2.7(3) Ballast .................................... D 13.5 Ballast rank ah jiiccrrl to cargo oil tank D 14.3.2 Rattery :
<.<. rlsLructiol ................................. H 2.11.2 ge,, ......................................... 2.11.1 location ....................................... 11 2.11.1 protectiorl .............................. " 2.3 12 . . .
Ratter?. corrlpartment . Ventilation ...... H 2.11.5 "n''class division ................................. H 1.1.3(4) * : ............................................. C C h a p . 10
bull<head recess ........................... C 10.5 deck l a a d ~ d tly wheeled vehicles.... C 10.9 ,unX'fudir,a, ................................. 10.3 sI,cl:ial l,eavy loads ........................ C 10.1
,]f deep tallk ........................... C 10.6 LC,{, "f frallles ........................ C 8.2.4 trallSverSe .................................... C 10.4
Bend test specimrn ........................... K 2.2.3 Bending s,rrr, gLh ................................. C 15.2 Rilgc: h(, pper tank .............................. C 81.3 Hilge pipe : ....................................... D 13.5
branch bilge suctiorl pipe ............... D 13.5.2.2 direct bilge szirti,, rr pipe D 13.5.2.3
age ....................................... " . ' 6 emergency bilge suctiori pipe ......... D 13.5.2.4
.............................. D 13 5.2.1 . . U 13.5.3
adjacrrlt Lo cargo oiltank ............... D 14.3.1 irratian carrier ........................ D 14.7.3
rryirle ................................. " 13.5.7 hold ............................................. " 13.5.5
nilge ,, liltl: ....................................... C 16.3.5 Rilp .. pu*,~,p : .................................... D 13.5.4
18.6.2 13.5.8 2.1.14 9.9.6
Roilrr : ............................................. D . 9 Chap allo\\.able stress ........................... D 9.4.1 automatic and n.rnoLc co~itrol ......... D 18.4 boiler of unnsual shape .................. D 9.3.4 holtrd ................... D 9.8.3 burning sysLc, .............................. 13.9.8 calculalion of r e~u i red dimension ... D 9.5 distilling plallt .............................. " 13.1j.J eficiencv "f jirint ........................... " 9.4.2.1 efficmr:y 01 ligament D 9.4.2.2 rxhausL gas piping system D 13.16.2
.................... I ............
[l.cd water system ........................ D 13.15 litlin 9.9
i i
foundation .................................... C 21.3.1 heat treatment of sL<r:l plate ......... D 92.3 material ....................................... D 9.2.1 j prutection aeainst iire . . . . . . . . . . . . . . D 9.3.6 1 rolled steel bar .............................. K3.7 j lolled steel plate ........................... ~ 3 . 2
........................... D 9.11 i D 21.2.1-5
.................................... K4.1 D 9.10
we]dillg ................................... U 11.4 Boiler roorn ....................................... c 21.3 Boiler .................................... B 3.2.6 Bottom li,nXi,uriirral ..................... 4 6.1 Dottom platirng. inner ....................... 6.5 nottorri shcll plating ........................... C 16.3.4 B,, do" ,. .......................................... C 23.3 Hracket : .......................................... C 1.1.15
6.7 8.2.2 8.3.3 2.9.6-7 2.8.2 18.3.3
Buffer for steeting gcar ................... D 15.4.9 nulk riirri<:r : .................................... C Chap .31
<I <.% . k ................................. 31.7 direct ........................... C 31.1.3 double bottom .............................. 31.2 hold fralne .................................... 31.6
1 1 5 6 -
a
NIPPON KAIJI KYOKAI
shell plating ................................ .C 31.7 supplementary provisiuns lor carriupc of liquid in hcl ld ........................... C 31.8
..................... tr.1 nsvrrse bulkhead C 31.5 Bulkhead : ....................................... .C Chap . 13
accomrnodalio~~ and servicr spac<:s R 2.2 after peak .................................... c 13.1.2
....................................... C 29.1.4 cargo Oil space .............................. C 29.5 cargo <, il tarlk .......................... 4 29.1.3
13.1.1 13.2.4 14.2
.............. 2.3 3.3 13.1.4
ma&incrY ........................... C 1.1.1.3 .......................... --- ................. C 31.5
,,perstrurlure ........................ C 18.2 wash ............................................. C 29.5.11
eu[khead C 13.2.6 &Jkhrad rr:cess ................................. C 13.2.8 nulkhcad slitfener .............................. C 13.2.3 ~ ~ l k h ~ ~ d valve ......................... -.-- . . D 13.2.5 p,ulnark ............................................. C 23.1
.................. Burning sySlem lor bniler D +9.7 nusbar ............................................. H 2.5.4 Rl,tt joint. test ........... M 4.2
C Cablr : ............................................ H 2.9
allernalinn current ........................ H 2.9.27 .......................................... H 2.9.3.1
................. constrLlcijilj v .............. H 2.9.5 CUrrt:,, TiitillR .............................. H 1.2.1.4
. ............... electric propulsion plant I1 Chap 5 general .......................................... H 2.9.1
... high voltage elcctriral installalion H 2.17.5 ..................... installation of cablc H 2.9.18
joint alld branch ........................... 11 2.9.28 .................. n~echanical protection H 2.9.24
.................................... H 2.9.23 . . . . . . . . . . s~ippor H 2.9.22
tfstinn H 2.9.9 .............................. H 1.2.1.4
Calculation of st:ction nlodulus of transverse .set tion of hull ...................... 15.2.3 Cantilever .......................................... C 7.5 Carbon dioxide system ........................ R 5.2.7.2 cargo area R 1.1.3(16) Cargo oil piping system in oil tanker : D 14.2
................................. D 14.2.2 combination carr ier . .................. ....D 14.7.4 marine pollution preventing system D 14.8
oil ................................. D 14.2.1 Cargo oil space :
bulkhead ..................................... < 29.5 t i e ....................................... C 29.4
langitudirral frame ........................ C 29.3 structural mi:~nber ....................... 29.1.8 transirerse .................................... C 29.4
Cargo oil tank : a, terrlative use .............................. D 14.2.3
..................... ballast tank adjacent D 14.3.2 bulkhead .................................. + 29.1.3
adjacent D 14.3.1 fire "rotectia,, .............................. K3.4
..................... fuel oil tiink adjacent D 14.3.3 hatchwar C 29.2.2
ing D 14.2 cargo port ....................................... c 23.3 Cargu refrigeraling installations :
classihcatio~~ installation not built suri, ey .............................. CLS 5.1.2
,, ew instalpation ....................... a 5.1.1 .................. maintmanci: of class Cl>S 5.2
Carno : ......... R 1.1.3(8) ............ . fire protertirin cr, nstmction R Chap 2
cargo : .................................... A 2.1.34 ............ fire-cxtinpuishinp arraryemcnt R 5 . 4
fire pri,tectil, ,, R 2.10 of ........................ .-- .......... C 1.1.2"
Carrier and w~cke t for portable bcam .. C 20.2.5 Casiw machinery .............................. C 20.3.2 ~~~~i~~ : .................... .-- .................. K . 5 Chap
alloy ................................. K7.2 iTi),, ............................................. K5.4
5.3 .5.1
....................... .." n --- 1.1.315) ~ ~ ~ l i ~ ~ ............................................. 24.1 Celne,, .......................................... C 25.1 centre girder .................................... C 6 . 2 centre keelson .................................... C5.2 Certificale :
'.lass ..................... CLS 6.3 classification .............................. C I S 6.1
CaSti, lg .............................. - . K5.2 ................................. K6.3
27.1.4 13.1.7 2.11.7
............ Chrmiral cornpositirn~ of lnaterials K 1.1.3 Chemical tanker ................................. R 3.1.1-.3
................................. R s f i * ....... Cl, oice of cable ................................. 1% 2.9.3.1
Circuits : ..................... disco nnrclinn switch H 2.2.12
feeder ...................................... ... 2.2.5 for internal communication systrms arid navigalion aids "--- H 2.2.8
..................... for radio installation H 2.2.9
NIPPON KAIJI KYOKAI
for shore connection ..................... H 2.2.11 indication .................................... H 2.3.2.2 lighting ....................................... H 2.2.7
2.2.6 3.5
Rear ................................. H 3.6 urlbalancc .................................... 11 2.2.3
Circuil.brcaker ................................. I1 2.6.1 Class maintenance certificate ............ CLS 6.3 Class notatioll ................................. CLS 2.2.' Class of cargo rpfrigeratin~ installations ...................................................... CLS 5.3
l,lai,lillte,la,, Ce ........................... CLS 5.3 Class of pipes .................................... " 12.1.3 Class survey ....................................... Class withdrawal ........................... CLS 3.2 Classification :
cargu rclrigeiatiw installati<,ns..... .... CL3 5.1 ships built under survey ............... C M 2.2 ships not built under survey ......... CLS 2.3
Classificatiim certificate : ............... C I S 6.1 interim .................................... C I S 6.2
Classificatil, character .................. C L s 1.2.1 Classificatinn of pressure vessel ............ U 10.1.3 Classification sr, rvey ........................... B 1.1.1 Classification survey durillg
C"nStr"CtiUn : .............................. B 2.1 prc:sencc III su-urveyur ..................... B 2.1.5 5ul lmcrsiblcs ................................. B 6.2
Classification survey of ships not built under ................................. C M 4.3
................................. B 2.2
................................. R 6.3 Cleaning hc, 1,. of boiler ........................ D 9.6.1 Cleaning hole of pressure vessel ......... D 10.6.1
Clearance and creepage : .................. H 2.1.5. controlgear .................................... H 2.7.1
Closed rolro cargo space ..................... R 1.1.3(121 Closing means for access openings in superstructure end bulkheads ............... C 18.3 Coal carrier. electrical equipment ............ H 4.5
Coal tran C 31.7.6 Cofferdam C 6.1.5
.................................... C 14.3.4 Cofferdam adjacrnt to cargo oil tank ... D 14.3.1 collision bulkhead .............................. c 13.1.1
........................ C 13.2.5 Colubustible n~aterial ................... ---- R 2.7 con, paniollway ................................. ,,. 20.4.2 Compensation at ends 01 superstructure C 16.6 C,, mpcnsation lor upcnirrg .................. C 15.3.3 c,, mpressrd air piping ........................ D 13.13.5 Computer and computerized system ...... D 18.2.7 condensate system .............................. D 13.14.4
I1 2.9.2
C 1.1.14 Connection of boiler ........................... D 9.8 Connection and formii~g of piping
12.4
2.11.2 2.9.5
carriage o, .............................. 1.1.20 deckl, ouse .................................... c 19.2 electrical equipment ..................... II 2.1.3-1 fire .............................. R 1.2 high ,,,, ltagc ................................. H 2.17.3 ore caIner .................................... C 30.1.5 qualificatio~~ of welding operator ... M 5.1.4 ships subject to in-water survey ...... IWS 1.3
tli, ard ................................. H 2.5.3.1 transformer ................................. H 2.10.2 watertight bulkhead ..................... C 13.2
Contactor . electromagnetic .................. H 2.6.3 ,-ontailler carrier : ........................... C Chap . 3 2
r.i, ntaincr supporting arrangerrlcut ... C 32.7 deck construction ........................... C a2.6 direct calculation ........................... c 32.1.2
............ double bottom cr, nstruction C 32.3 ............... double side cunstruclion C 32.4
inner hull .................................... ....c 32.4.1 .................................... C 32.4.3
. longitudinal strength ..................-C 32.2 torsiona[ strength ........................... c 32.2.2 transverse bulkhead ..................... C F2.5
............... vertical bending strength C 32.2.1 Container supporting arrangement ...... C 32.7
............... Continuity of steps of decks C 17.1.3 .............................. R 3.2.5.5
Cr, ntinnous 'R'class ceilirrg arrd lining ... R 1.1.3(6) R 2.3.1-2
Control station : .............................. D 18.1.2(2) ........................... R 1.1.3(14)
.................. arrangement f i r tankcr K 3.2.2 fire rxtinKuisher in ........................ K 5.2.14 staiiwa,, and l i ~ t trunk .................. R 2.4
~ , , ~ t ~ , , 1 system : .............................. D 18.2.4
cancellation of remote control function D 18.2.4-6 ... change~over to manual oprratic~n D 18.2.4.5
.................. contrul chariir:tcrislics U 18.2.4.3 indicati, jrr of control location ......... D 18.2.4.1
.................. interconnection device D 18.2.4.2 interlock ....................................... D 18.2.4.4
Control appliallces .............................. 13 2.7 colltro1 thrrister .............................. H 2.12.4 Controlgeiir : .................................... H 2.8
............ for electric propulsion plant H 3.13.4 for inotors and magnetic brakes...... H 2.8
............... Controllable pitch propeller D 7.2.2 ......... Cooling arrangement for diesel m ~ i n e D 2.5.6 ......... U 13.12.3
~ ~ ~ l i ~ ~ pump .................................... L) 13.12.1 Co,, lirrg ................................. D 13.12
7.2 and tube ................................. K 7.1
Copper pipe and tubc ........................ K 7.1
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Cm-rosion iillowarice : for pressure vessel D 10.4.3
Corrosion control : ........................... C 1.1.21 descriptive nute CL3 2.2.3
Corrosioil protection of propeller shaft a,,(, stem tube shaft ........................... D 6. " 7 .. Corrugated bulkhead : ... ...................-C 13.2.4
deep tank .................................... C 14.2.4 ~ ~ ~ ~ l i ~ ~ bolt 4 2.3.3
.................................... D 5.4.3
.................................... D 6.2.12 Cover :
hatchway .................................... C 25.2.6 Steel llontoo,, ................................. C 20.2.7 steel weathertight ...................... 4 20.2.9
Crank pin bearing .............................. D 2.2.3 Crank shaft : .................................... D 2.3
additional requirenrtmts .................. I< 6.1.13 built-up crankshaft ........................ U 2.3.2 solid ........................... 2.3.1
Crank throw ....................................... K 5.1.13 Cross tie :
carXo oil .............................. C 29.4 deep tank C 14.2.6
.................................... R 3.4.1-3 Cnlde oil washing systems .................. B 3.3.2
.................. D 14.8.2
.................. K 3.4.1-3 Cruiser stern frame ........................... C 7.6.5 Current rating of cable ... H 2.9.13 G , ~ ~ ~ ~ ~ . H 2.4.8
D Date of built of s S 4.2.2 Dan~erous goods R 1.1.3(15)
ng ........................... . R 2.11 ....................................... kt 5.5
Dangerous space in tanker : electrical equ, prnent ..................... H 3.8.3
H 3.7.4 B 1.1.3
................................. C 33 E 13.16.2
n.c ................................. H 2.4.13 ~~~k .................. ......................... C Chap . 17 ~~~h composi~ion .......... C 17.4 Deck constructirm, containel- carricr ... C 32.6 ~ ~ ~ k , fire integrity : ........................ ---R 2.3
for tanker .................................... R 3.3 Deck foam system for oil tanker ......... R 5.6.3 Deck : .................................... C Chap . 12
end conncctio, ........... C 12.1.4 ................................. 12.2
12.4 12.3 10.2
compeusati<. " .............................. C 17.1.4 C 20.4.1 C 17.3
bulk carrier ................................. C 31.7 neck transverse ... C 10.3.4 Decks, continuity of steps .................. C 17.1.3 ~ ~ ~ k h ~ ~ ~ : . C . 1 9 Chap
top and bottoru constructiom ........ C 142.7 Uecl, tank bulkhead : ........................ C 14.2
girder suppirting iliffe~lrr ............... C 14.2.5 Definitions :
approved working pressure of bi, iler and press"re *rsq<.l A 2.1.21 bl<,,.k coeific.ent A 2.1.14 breadth for freeboard ..................... A 2.1.5 breadth of 2.1.4 bulkhead deck A 2.1.16 deadweight tomrage . . . . . . . . . . . . . . . . . . . . . 2.1.28 depth A 2.1.6 depth for strength compuatatii~n. ..... A 2.1.7 ellclosed superstructuru .................. A 12.1.20 end parts of s)ril, 2.1.1" freeboard deck .................... . . . . . . . . . .A 2.1 . 15 Iull load displacement .................. A 2.1.13 length for freeboard . . . . . . . . . . . . . . . . . . . . 2.1.3 length of ship . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.1.2 lipht weiXht . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.1.29 I< , ad draught .................................. 2.1.12 load line 2.1.11 maximum continunus autpul 2.1.23 lllaxirnum contilluous revoluli<, n s . . .A 2.1.24 midship part u I ship . . . . . . . . . . . . . . . . . . . . 2.1.9 normal pressure o l boiler with
............. .--- .................... A 2.1.22 piece of rolled steel ........................ K 3.1.6 propeller shafl kind 1 and kind 2 . . .A 2.1.25 raised drck .................................... A 2.1.18
"1 2.1.8 ?tern tube A 2.1.26 stein tube shaft kind I and kind 2 . . .A 2.1.27
deck * 2 1.17 superstructure .............................. 2.1.19
Derrick post ....................................... C 26.1.2 Descriptive note :
c<, "trol .......................a 2.2.3 fire r-otection .................... CLS 2.2.3 sparrlnX .................................... C l S 2.2.3
Uesign pr . . '
boiler 9.1.2(7) ~ C O I ~ O 9.3.2.1 exhaust gas ec<,nomizci.... .............. D 9.3.2.2
NIPPON KAIJI KYOKAI
pipe D 12.1.2-1 .............................. n 10.i.z
rciriyerating . ' D 172.1 Diesel r r lgin~ : U Chap . 2
cooling syste ........................... D 13.12.3 trhnust gas piping arrangement ...... D 13.16 f"<!l "il systerrl .............................. D 13.9.7
partS .................................... D 21.2.1-1, Direct calcr~lation :
bulk carrier ................................. C 31.1.3 ciirr;pr ........................... C a2.1.2
7.1.8 29.1.9
"re carrlrr .................................... C 30.1.3 <l .................................... C 8.1.4
frame ................................. -. C 8.1.4 DisasSl. mhling tc,<, 1 .............................. 11 3.8.3 Discharging arrangement :
marine pi, llution prcvrnting systrm I) 14.8.3 L)isvancp piecr .................................... D 13.3.2 I)fstillini: Plant .................................... D ].*.15.3 [)istribu(ion : .................................... H 2.2
let^,<, d ....................................... H 2.2.5 4 . - Distrihutili, , Iluard .............................. H 2.5.3-6 Uiv, .rsity fact,, FI 2.2.4 Division of ice strcngthenii~g ............... C 28.1.2
intervals ....................... .- ............. D 3.2.3 ex, ension .................................... B 3.2.3
Door :
Double bnttilm : ................................. C Chap . 6 bulk ................................. C 31.2
<:airier ....................... C 32.3 (,rti ...................... ---- ........... C 30.1.4
Double side construction : contairrcr ............................ C 32.4
Drainage : <:hain lockcrs ................................. D 13.5.6 [ore and after peak tar iks . . . . ......... D 13.5.6
hold ....................................... C 30.1.8 overboard dischargr ..................... V 13.4.2
Drainage system for fuel oil system ...... 0 13.9.5 Draircdg reheatci 9.9.12 Drawing and data .............................. B 2.1.2
........................ B 2.1.3
........................ H 1.1.6 autonlatic atid remote coiihol ............ D 18.1.3 boik:r .......................................... D 9.1.3 diesel ................................. ,) 2.1.2 pas turbine .................................... IJ 4.1.2 irirrt gas ........................... D 14.5.2
ing systerrr .............................. D 13.1.2
piping system and venting systmm for tanker ................................. D 14.1.2 power transmission system ............ D .5. 1.2 pressure vessel ................... ... D 10.1.4
-2 i(c:am .............................. D 3.1.2
pear ................................. " 15.1.3 torsional vibration of shaft in^ ............ D 8.1.2
Draught fan for huming system.. ......... D 9.9.7.2 Drip tray for fuel oil system ............... D 13.9.5 DiIct for ventilatinrl ........................... H2.6 Dynamic halancing trst :
exhaust driven turbo hlomel ............ D 2.6.1 Ras torhila : I1 4.5.1 gcir D 5.5.1
.............................. D 3.4.2
E
H 2.9.21 H 2.1.4
EC<, nomizer ....................................... D 9.3.2 ~d~~ prrparation .............................. " 11.7.2 Effective breadth of section .............. C 1.1.13 Effective seclional area of slrrn~th deck ... C 17.2 El, ciency of joints .............................. ,, 9.4.2.1
........................ D 10.4.2 Effcienry af liga~rrent ...................... . . D 9.4.2.2
prlrnr mover ................................. H 3.13.2 ........................... rotatin H 3.13.3
testing H 3.13.13 Electrical appliances. type approval...... H 1.2.1-4 Elrctrical equipment :
breaker. fusc and contactor ............ I1 2.6 coal carrier ................................. H 3.12 ConStruCtion H 2.1.3-1 dangerous space in oil tanker ......... H 3.11.3 disassembling too, ........................ H 3.8.3 r.rt),ing ....................................... 11 2.1.4
................................ 4 3 . 3 explr, sion.protrcted ........................ H 2.16 fiamepr<, of .................................... 2.16.6.1
........................... 11 2.16.6-2
tanker H4.3 test ........................... H 2.18.2
pressurized prolcct~d ..................... H 2.16.6.4 parts .................................... H 3.8.1
storage and packing ..................... H 3.8.4 testing H1.2
NIPPON KAIJI KYOKAl
........................ H 2.4.15
........................ H 2.5.10 instruments ........................ H 3.8.2
Electrical installatiol~ : high "ir, ................................. H 2.17
Chap . 6 ................................. 15.2.7
system drsigrl-protection ............... H 2.3 Electrode for manual arc welding ...... M 6.2 T-iccLmmagnetic contacLor .................. I1 2.6.3 Electro-gas welding ~rlaterial ............... M 6.5 Eiectro~siay nclriirrg material....... ....... 111 6.5 Emergency air cnnlpressor .................. U 13.13.4 Emergency bilge suction pipr ............... D 13.5.2.4 Emt!rgcncy electrical rquiprnent ......... A 3.3 E~~~~~~~~~~ fire : .................... R 5.2.2
bound iiri<:s .................... . - ............. R 1.2.1-1
Emrr~cncy stopping drricc fur gas turbine... II 4.3.2 Emergency switchboard ..................... I1 3.3.1 End co~inection of deck girder ............ C 12.1.4
.......................................... " 9.5.3 2.5.5 C h a j . 27
Equipnient mlml 27.12
electrical equipment ..................... H 1.1.2 fire lection .............................. R 1.1.2 hull coristruction anri cquiplnent ...... C 1.1.5 rriachinery installiltion .................. D 1.1.2
&Cape R Chap . 4 Essential auxilaiy rnachinrry ............... D 1.1.6 Executiorl o f Testing and lrlspectiun ... K 1.1.5 Exhaust rlrivei~ turboblower ............... D 2.5.1 Exhiiusl gas boiler .............................. D 9.1.2 (3) Exhaust gas econr, ..................... D 9.1.2f4) Exhaust yas piping system .................. 1) 13.16
2.5.2 4.3.2 1.3 1.3
5.5 10.5.6 1.3
.................. 9.9.5
........................... D 13.15 autolnatic and n.iilote control ............ D 18.4.3
Fillet weld join1 : app,icati<, .................................... C 1.2.8 kind i,rl', size ................................. C 1.2.8 test M 4.3
Finis,, , ]f gear tooth ........................... D 5.5.3
Fj,,js],ed we]di ng ................................. 2.2.3 Finishing ......................... 2.2.6 ~ ; i ~ ~ alarm system : ........................... R 5.2.12
5.2.13
and runlrol station ........................ K 5.2.15 Fire ci, "Lroi .............................. R 5.2.19 Fire detection : ................................. R . 5 Chap
and ext in~nishin~r system ............... R5.2 system fixed ................................. K 5.2.13 syslenl in accornmudati,, il space. service space and contn, l slalian ............... R 5.2.15
Fire .................................... R . 5 Chap ~i~~ extingo ishc.r : R 5.2.8
in accilmr~i,, dation space. sel-vir-c space and <.<,,, tr,, 1 .............................. K 5.2.14 I'irc.rxti,,gois[,i,, : ........................... R5.2
gas systrrrl .................................... R 5.2.7 foanl syslem in machinery sl,ilccs . I<,w.cxpa,,sion .............................. R 5.2.9 hjg,r.expa,,sio*, ............................. * 5.2.1(, Iuam system for oil tanker ............ R 5.6.3 pressure water-spraying system in machincr) .pace ...........................
I 'i R 5.2.11
o i oil tanker Fire fighting arrangement . sm-vey ......... B 3.3.1 Fire ho.it! .......................................... R 5.2.5 Tirc: .......................................... R 5.2.3
................................. R 5.2.17 Fire llozzlr ....................................... K 5.2.5 Fire p,,m,, . R 5.2.1
en, crge,,cy ................................... R 5.2.2 l l i , undary of tixed rmcrgency ......... R 1.2.1-1
Firc protection canstrucliun : ............ R1.2 for &ill ............................ Chap. 2
..................................... Fittings for examination ..................... C 1.1.10 Fined clccirical equipment in riirgi, space ... H 2.2.12 Flil~rre proof electrical equipment ......... 11 2.16.6.1 Flat plat D 10.5.2
.................................... D 15.4.6 Flexible .;haft .................................... 1) 5.4.2 Floor :
face .................................... C5.5 ............................................. C6.7
solid C6 .3 strengLhcrred bottom forward ......... C 5.5.3
Fliir~r plate of single hottoor ............... C5.4 Floilr under boiler srat ........................ C 5.5.3 Floor under main crlgine seat ............... C 5.5.3 Fluorescent lizhtirlg liltings ................. H 2.13.4
NIPPON KAIJl KYOKAl
<:r,nstruction arrd locotion .............. H 2.17.3 pralcr.tii, device ........................... H 2.17.4
C 2.17.6 ....................................... C 13.3.5
R 5.2.4 Mydrostatic test :
boilL ......................................... D q 10.2 ~r . . diesel errginr ................................. 2.6.1 free standing Iut!l nil storage lank... D 12.6.5
....................................
steam turbine
H 2.2.2 .
IIypothetical c,utfli>w... ........................ C 29.1.3
I
Ice-strerrgthminp- : applicati, >" .................................... C 28.1.1 iCP =lass ....................................... C 28.2.1
Identification of material ..................... K 1.1.6 Ignition arrangement of gas turbine ...... D 4.4.4 Impact test :
testing K 2.3.2 ....................................... K 2.2.4
]ncin<-rator ..................................... 4 9.13 ination ................................. B 1.2.1
Inc[inillg test .................................... Jj 3.13.2 Increased safety electrical equipment ... H 2.16.6-2 l,,dicatii, n of ........................... H 2.3.2.2 Illert gas system : .............................. D 14.5
blower .......................................... D 14.5.6 distribu[il, l i n e ........................... D 14.5.9 for cargo oil tank ........................ 3.4 Incans for measuring and contrallinx
14.5.12 " oll.re turn ve ........................... D 14.5.8 regulating valve ........................... D 14.5.7 aafty means ................................. D 14.5.10
................................. D 14.5.11 scrullber ................. .............. -- D 14.5.5 survey .......................................... B 1 3 2 ....
Inner hottom ........................... 6.5 Inner dilor .......................................... C 23.3 Inner hull . container carrier ............... C 32.4.1
............... C 32.4.3 Inspection bolt. of boiler ..................... D 9.6.1 Inspection hole of prrsure vessel ............... D 10.6.1 Inspcrtion of ........................ K 1.1.4 Installation .; for special purpose ......... R 1.2 Inst,,, ....................................... 21.2.2 Insulati~lg ............... 2.9.8 Insulation 2.9.3 Insulalic>n 2.2.2 Insulati,, n resi 2.18.1 Intact stabilit .
Irrtcrim classification ceitificatt!...... ... CLS 6.2
interval ....................................... B 3.2.4 ........................... B3.8
................................. R 6.4.4 Inlcmational shore connecticm ............ R 5.2.18 Intririsically safe elc!rtrical equipment ... H 2.16.6-3 In.wa[cr r"ey : ........................... IWS 2.1
appruval of firm ........................ IWS 2.2 arrangernmt of ship .................. IWS 1.3
................................. 'W? 2.1.1 condition of ships ..................... IWS 1.1.1 conslruction nf ship .................. IWS 1.3 prepa,.ati,,n .............................. IWS 2.1.2
Inin casting ....................................... K5.4
J
Joint and branch o i cabk: .................. H 2.9.28 ,<lint of boiler .................................. D 9.R.1
.............................. V 9.8.2 Joint of prrssure vessel...... ................. D 10.7
Keel .......................................... C 16.2 Keelson :
5.2 5.3
L Lay.up. re-entry into a:rvice ............... B 1.1.5 Lrading~block sheave for strering chainC 4.1.8 Lift trunk .......................................... R2.4 Lightirlg ................................. H 2.2.7-5
................................. H 2.13
Li ,,,, efied gas ........................... R 3.1.1.3 ........................... R 5.6.4
Liquid lcvrl alarm for fuel oil tank ...... D 18.6.6 Liquid level indicator ........................ D 13.8.4 LClilding manual ............................... < 15.1.3 Local .................................... U 1R.1.2(8) Longitudi
battom C6 .4 cargo ,,i, space .............................. C 29.3 deck ............................................. C 10.3 ?ide ................... --- ........................ V7.4
Lorrgiludinal deck girder .................... C 12.2 l.ongitudirral frame spacing... ...... .....---C 7.2.2 Longitudinal shrll stiffener .................. C 6.8.3 Lonaitudiiial strength ........................ C Chap.15 Longitudinal strength, contairrer carrier C 32.2 Low Lcmparature survice
NII'PON KAIJI KYOKAI
I-ol[ed sterl K 3.4 steel .................................... K 4.3 , :<: 1 ................................. K 5.5
steel ir,rgi,, ................................. K 6.4 L,,, rer stock of ruddc:rs ..................... C 3.2.2
..................... C 2.2.3 Lubricating oil arrangcrr~rnt of dicsel
.......................................... D 13.1,,2 I, uri*yi ....................................... D 13.10.5
MO-ship : fin. pratecti.) ..................... .... K 1.2.1-10
I\facl. incry .......................................... C 20.3.2 Machinery installalii. n : ..................... D Chap . 1
conimurliaation bclween navigating 1, ridge and col~trul station ............... U 1.3.7 (il,gineer.S a larm D 1.3.8 fire protectiorr .............................. D 1.3.4 limitaliun for rise of fuel oil ............ D 1.9.3 pratection against rroiae. L) 1.3.6 ships with rcstricied area of service aorl small si,il, .............................. D Chap . 22 ventilation syslrrn far ~nacllinrry space D 1.3.5
MacI1inery space : .............................. C Chap . 21 .............................. A 2.1.13
acct.ss opening .......................... < 20.3.4 hounrjnr ,. ....................................... R 2.1.2-6 fire-exlirtguishing arranyemeot ........... R 5.2.16 fire-exlirlgoishing system ............... R 5.2.9
............... K 5.2.10
............... R 5.2.11 fire llrotectiorr ........................... .- R 1.2.1-4 periodicnlly unattended .................. R 5.3
Machinery spacc:s of category A : ............ A 2.1.32 ............ R 1.2.1 (4)
n, iv ,, ........................... R 2.1.1-4 localion for tarlkpr ........................ R 3.2.1
Rlachinrry space opening : .................. C 20.3 , IS"ally I<, ng ................................. C 10.8 ti^ hsalic H 2.8.2 Main cargo contml station .................. R 3.2.2 h.lai,, co,,ln, 1 statio, , D 18.1.2(3) Main engine ioril~datinrl ..................... C 21.2 >lain piece F", ider C 3.4 .., nfairr strering gear .. D 15.2.2 Maintenance of chss of slrip ............ C I S Chap . 3 Manhole :
9.6.1 20.4.1
double bottonr 6.1.2 pressurp vessel .............................. D 10.6.1
~~~~i~ plate C 6 . 5 Manoeuvc:ring station for tanker ......... R 3.2.2-2 Marine pollution prevention .............. B 1.3:2(4)
............... D 14.8 Marking on ,,,atcrial ........................... K 1.1.10 Mass producted machinery .................. D 1.4.2
.................. 11 1.2.1 Mast wit,, out cargo gr*r ..................... C 26.1.1 Matcral :
<:hemica1 cr,mpositiim ..................... K 1.1.3 rq"iva]ent .................................... R 1.1. 3(7) exi:l-ntion of lesting.. .................. . . . . K 1.1.5 ideli lification .............................. .-- K 1.1.6 markirlg ....................................... K 1.1.10
.............................. D 10.2.1
repair "f r]cfects K 1.1.8 tcsr certificate K 1.1.7 tesling and ir~si~ection .................... K 1.1.4
....................................... Dl Chap . 6 Maximum design cargcr >v2-pigl1t ................ C 10.2.1.1(1) Means a* ................................. R . 4 Chap Measurement of hardened depth ......... D 5.8.1 Mechanical testing pn~cedure : ............ K2.3
test 1V1 3.3 Metallic pipe and collduil .................. H 2.9.25 hlethnd 1.C . IIC . llIC R 2.1.2.5
........................ R2.8 Mild steel :
C 1.1.11 M5.3
U 12.2.2 pressure v<!ssel .............................. D 10.5.1 lube forb,, iler D 9.7.2
Modification of r<:quirenrents ............... I 3 3.1.4 Mo&,ficati,, "f spar , ........................... C 1.1.16 M,, nitoring ol boiler water .................. C 9.9.11 Monitr,ri, lg " .............................. n 18.l.Z(1) Mooring arrangezrlmt, autoirliltic and remote cr, "trol .................................... D 18.6.7 Mooring line .................................... C 27.1.5 Mr, %.inch ................................. U . 1 6 Chap
NaviKacion lighl circuit ........--........... 3.5 x ine ,q i ................................. M5.3 Non-conrbostihle material .................. K 1.1.3(1) Nan-destructive test :
bc, iler D 9.2.4 pressure 4 10.2.6 steel ci, sting ................................. K 5.1.10 steel f<, ming ................................. K ,jl.l,,
NIPPON KAIJJ KYOKAl
],jjliK ....................................... D 11.4.6 't! ....................................... D 11.5.6 ....................................... D 11.6.5 ....................................... D 11.7.5
Nol~return valve f<, r bilgc syste:m ............ U 13.5.1-4 Notation C M 2.2.2 Natilicati<iii for survr:y ........................ B 1.1.6 Novel fea . . . S 2.5 Nozzle : D 9.6
fire R 6.2.5
Ogee rii> -. 9.5 . . 10 ()ii~fircd boiler ................................... R 5.2.16.1 oil tank R 1.2.1-5 Oil fuel unit ....................................... l.l.x(l3) oi l tanker : C Chap . 29
direct .......................... c 29.1.9 tire detecion and extinction ............ R 5.6 fire ..................... ---- ...... R Chap . 3 hull, annual sur,, ey ........................ R 3.3.2 inert gas systtm ........................... D 14.5 machinery, annual survcy ............... B 3.7.2 piping systc, .............................. D Chap . 14 relative deformation of wing t a n k . . C 29.6 *?,, systrr,, .............................. U 1 6 4 w<:[*i,, i: ....................................... C 29.7
Upeu Hour C 6.7 Opmini:
C 4.3.2 internal ....................................... C 4.3.1 cargr, spaci: C 20.4.3 flush deck .................................... C 20.4.1
........................... C 20.3 ..................... Open ra/m cargo spact: K 1.1.3(4)
.. Operating instruction of steeriny gear. l) 15.1.4 O,.e carri'. , : c chap . ao
direct cal culation ........................... c 30.1.3 double .............................. c 30.1.4
... rclativc defu rmation of win^ tank C 30.1.7 ............ (ransvcrse huilrhead in rirr holrl C 30.1.7
wing tank ............................... 4 30.1.5 Ore hold drainage .............................. C 30.1.8 ()re/oil carrier : ................................. C 30.1.9
plrss"re vt. ssel .................... .... D 11.5.2 Overboard discharge valve .-............... D 13.3 overfiow pipe : D 13.7
prevention rneans of counter How ... D 13.7.4 Ovcrridii arrangement ........................ D 18.2.6-3 Overspeed 1lrotectire dcvice :
*ir:se[ erlgille ................................. U 2.4.1 gas turbine .................................... D 4.3.1 steam tr,rJ, ine n 3.3.1
P
25.2 Chap . 8 1.1.1-3
1Jerfurmance test .............................. 2.18.2 Periodically unattended machinery spar:cR 5.3 pt:rio*ical : ........................... B 1.1.2
gmeral ....................................... 3.1.1 interval .................................... --- . B3.2 liquefied ras carrier ..................... B 3.12.1
tailker ........................... B 3.12.2 submersikl[e 6.4
l'illar .................... ........................ C . 1 1 Chap
c,,nnerlio,, .................................... D 12.4 coppvr iloy ................................. a K7.1 coPp(:r .......................................... K7.1 corrosion allawar~ce ..................... D 12.2.1.5 dirign ress,,rc .............................. D 12.1.2-1 fittin 12.3 stair, 4.3 stecl Chap . 4
............................... 11.6 piping in cargo <, ij tank ..................... U 14.2.7 Pipinz syslenl : ................................. D Chap . 13
a, ................................................ D 13.8
adjacent to carxo oil tank ............ D 14.3 clcail ing 4 13.2.1.9 carrrbina~ioll ........................ D 14.7 c,, ,,densate .................................... D 13.14 Connc.ction .................................... D 13.2.2-1 Cooling ....................................... D 13.12 distinction .................................... D 13.2.1-8 I:xhaust gas D 13.16 feed water ..................... .- ............ D l ? I:, . . fuel ,,iJ .......................................... D 13.9 hydrau, i r . D 13 10 lubricating D 13.1" (, il tanker D . 1 4 Chap ovrrnow .D 13.7 penetration .................................... D 13.2.Z ,, eULIIB tiC .................................... D 13.13 I, rotection D 13.2.1.5 radinus uT curvature ..................... U 13.2.1.2 ,. D 13.2.1.6 sour ding ....................................... D 13.8
13.14 13.17 13.11
Plan ,, f fir? contnl 1 .............................. R 5.2.19 I'lan and d,, curnt.iit far approval :
NIPPON KAIJI KYOKAI
bulk C 31.1.2 fire det~ct ion and exlinction. ........... K 5.12 hull ar,d mack,inrry B 2.1.2 in-water survey ol la,. ge ship ...... IWS 1.2.1
Plant : disiil,inx .................... --- ........ --- ....... D 13.15.3 ?lectril: propulsiun H 3.14
p h t r iceel C 16.2 platl: stem .......................................... C 2.1.1
................................. C 20.2.4 carrier arrd ....................... < 20.2.5
Portable fire extinguisher.. ................. R 5.2.8 Post wold heat treatment : .................. D 11.3
Poiier feeder .................................... H 2.25 rower t r m s n ~ i s s i ~ ~ n system .................. D Chap . 5 I'rcheating of weld : . . ng D 11.6.3
I'rwaration of test specinrcns ............ K 2.2.1 Pressure and 1i:rnperature measuring device:
boilrr D 9.9.9 pipirlg .......................................... D 13.2 pressure \,essc, : ........................... D 10.8.4
I'ressure relief device : I, ressurc vpssel .............................. D 10.8.3 refrigeratinK machinery .................. D 17.2.4
prpssurc vnsel : D Chap . 10 bolted cover plate .................... -D 10.7.3 dPSirrl, \".ad .................................... D 10.3.2 fittings .......................................... 10.8 rolled steel ,,late ........................... K 3.3 secondary sire. ........................... D 10.5.7
D 10.5.8 n 10.9
. . . . . . . . . . . . . . . D 11.5
H 2.16.6-4
drain pipes ...... D 13.2.7 Prime mover lor electric propulsioll plant H 5.1.2 k'rincipa componen
D 2.2.1 pas turbine .................................... D 4.2.1 powcr tranrrrissiun systenl ............ U 5.2.1 shaftirlX .................................... 4 6.2.1
rurt,i,, e .............................. D 3.2.1 Proccss of manufacture of malarial : - .K 1.1.2 PrograIn control ................................. D 18.1.2(7)
< , ]Ie ,. : ....................................... D Chap . 7 bi, i s D 7.3.2
pitch ...... D 7.2.2
D 6.2.3 D 7.3 Ll 7.2.1-1 C 2.2.2 D 7.2.1-2
............................................. D 6.2.4 shafl corrosion protection ............. ..D 6.2.7 shaft ................................. B 3.11 shaft survey intcrval B 3.2.7
tube bearing ........................ D 6.2.10 test D 7.4.1 thicknoss blade ..................... 4 7.2.1 Propulsion motors ........................ H 6.2.2
Pmlrction arainst crankcase explosior~ .............................. D 2.4.3
Protection of nicter pilot lamp and control circuit .................................... H 2.8.11 I'R, tective coverings ........................... 2.9.6 Protective devilce for electrical
installation .................................... H2.3 .................................... H 2.17.4
Public space .................................... 2.1.36
D 13.5.4 K 5.2.2 K 5.2.1
fire extirrguishing ........................... R 5.2.6 .................................... D 21.2.1.6
Pumping arrangement f i r forward compartqent of oil tankcr .................. D 11.3.4 I'orging scstem for ail tankcr ............ D 14.4.2
Q Ouadrant n 15.4.7 Qualification crrtificatc. w?lding operator ... M 5.1.2 Qualification test :
........................... M5.3 mild steel .................................... M5.3 stainless steel ............................ 4 a. ' 3
Quality of ........................... K 1.1.8
R Kadiorraphir test .............................. D 11.4.5
........................... D 11.6.5 Recess :
hulkhcad ....................................... C 13.2.8 tunllel Chap . 22
Reclassification .............................. Recommendation for rephir ............... B 1.1.10 Rectifier, seme~conductor ..................... H 2.12 Rr-entry inti> service from lay.u!i.. ............ B 1.1.5 Keirrence ambient ternperaturc... ........ I1 1.1.7 Refrigerating machinery : .................. D Chap . 17
valve made ol iron casling ............ D 17.2.3 K<:inforcemant of openings for boiler ... D 9.6.2 Reirlfarcement of openings for pressu1.e :
vessel ................. ................... D 10.6.2
NIPPON KAIJl KYOKAI
.................................... D 10.6.3 ............ Reinforcin~ prucedure of oppnings D 9.6.3
Relativr: deformation < i f wing tank : Oil .................................... C 29.6 <,re carrier .................................... C 30.1.7
Rclief valus : boiler D 9.9.3 cylindc D 2.4.2 pressure vessel .............................. D 10.8.3 stave,, ginX space ........................... D 2.4.4
... Remote steering sear cantrid system H 2.2.3-2 Remotu stopping of ventilating fan and pumps ....................................... H 2.2.13 Repair of defects of nlaterials ............ K 1.1.8 Rcquird thickness :
cover plale of boiler ...................a 9.5.5 cover plate of pressure vessel ............ D 10.5.2-6 cyliridrical header o i boiler ............ U 9.5.15 cylindrical shell plate of boiler ............ D 9.5.2 cylindrical shell plate of pressurr
............ flat end plat? pressure vessel D 10.5.2-6 fiat plate ....................................... D 9.5.6 furnancc foundation ring of boiler ... D 9.5.11
............ iormed end plate of l~oiler D 9.5.3
............ D 9.5.4 fornmed e ~ ~ d plate: of pressure vcsxl D 10.5.2-4-5 girder of h<, iler .............................. D 9.5.14 hemispherical iurnanct: of boiler...... D 9.5.9
D 9.5.10 D 12.2.1
plain cylindical furnace of hoiler ... D 9.5.8 hladc .............................. D 7.2.1
smoke tube nf boiler ...................a 9.7.3 spherical shell plate of prcssure vessel ... D 10.5.2-3
sta D 9.5.12 stay tub i: ....................................... D 9.5.13
Rolled steel ........................... K 3.5
K 3.1 K 3.4
.................. Rolled steel bar for boiler K 3.7 Rolled steel plate :
hull with thickness above 50 mm up to 1"" ",", ....................................... ,' 3.10 boiler .......................................... K 3.2 pressure vrsscl .............................. K 3.3
Ko]]illg d <),, ....................................... -C 13.3.5 1.1.3(10) 1,1.3(121 5.4.2 2.10 1.1.3(11)
.................................... 2.10.1 !. <: nlilatio,, duct .......................... R 2.6.1.3 Ruse box 13.5.9
Rotating machine : ........................... " 2 4 clectric propulsion plarrt ............... H 5.2.3
Round bar for <:hain .......................... K 3.3 Rudder : .......................................... C Chap . 3
aCCPSSOry ...................... " ............ C 3.6 coupling ....................................... C 3.5 fram 5.4.3 horn 2.2.5 main 3.4.4 plale 3.4.2 slock 3.2 StOpP 15.4.8 type 3.1.1
Kudder ................................. V 15.1.2f5). ................................. n 15.4.4 ................................. D 15.4.5
Rudder allnle indicator ........................ D 15.2.10
Safesty device : 9.9.10 2.4
.................................... . . 4.3 lllclli erator .................................... D 9.13.4 inert gas syst<.rII ........................... D 14.5.12-3 thermal oil heaters ........................ D 9.12.2 $.team turl, ine .............................. " 3.3
Safety ....................................... D 9.9.3 Sanitary discharge .............................. D 13.4
1.1.13 13.4
Scuttle .; ide ....................................... . . C 23.4 ................................. I. Chap . 7 Sea chest D 13.3.3 Sea suction .............................. D 13.3 Sea trial : ....................................... B 2.3.1
.................................... D 1.4.5
.................................... D .5. 5.2 aulomatic and rerncltc control ............ D 18.7.4 steerillg Rear ................................. D 15.5.3
yecondar,. strrs ................................. D 10.5. Section hoarrj .................................... 2.5.2.6
. . . . Section of hull 15.2 Segregated ballast tarilr ..................... C 29.1.4 Semi-automatic welding wire.... .......... M 6.4 Seme~conduclor rectifier : .................. H 2.12
.......................................... 2.12.5 Sentinrl valve of steam tnrbirre .......... D 3.5.4 Serluerrlial colltrol .............................. D 18.1.2 (6) Scri.ice space : ................................. A 2.1.37
arranxemrnl for tanker .................. K 3.2.2 autornirlic sprinkler.... R 5.2.15 h,,",, dary ................................. 2.1.2.6 bulkhead ....................................... R 2.2 bulkhead for lanker ..................... H 3.2.4 fire extinguisher i n ....................... R 5.2.14 stairway arid lift trunk .................. R 2.4
NIPPON KAlJI KYOKAl
v r n t i ~ a t i o n . R 2.6.1.4 Shait :
bracket bearings ........................... D 6.2.10 fixing r l t propeller ..................... --- D 6.2.9 fiexihle ................... .-- ..................... D 5.4.2
.................................... I1 2.4.
.................................... I1 2.4.11-4
.................................... H 2.4.11-5
.................................... H 2.4.11-6
.................................... H 2.4.11-7
.................................... H 2.4.11-8 intermed iatr: ................................. U 6.2.2 propel, er ....................................... D 6.2.4 rr, tatini: machine ........................a 2.4.11 slrrn tulle D 6.2.4 thrust 6.2.3
Shaft ci, upling .................................... D 2.3.3 .................................... U 5.4.3 .................................... D 6.2.12
2.4.8 Chap . 6 21 2.1-4
torsiorlii[ vibration ..................... 4 Chap. 8 Shearing strength of hull ..................... C 15.3 Shealh ............................................. 11 2.9.6 Sheer strake ....................................... C 16.3.3 Sl, .......................................... 9.5.2
10.5.2 Shell pla
bolto 16.3.4 .................... hotto 16.4.4
hujk carrier C 31.7 local compe~lsatiotl ........................ C 16.7 side C 16.3.2 special require~uerrl... .................... C 16.4
Shell plaling fitlcd with haws, . pipe ...... C 16.7.4 Shcll stiffener. lunpitodinal .................. C 6.8.3 shot piece C 2.2.3 Shop test : D 1.4.1
automatic aid reiix, t r control ............ U 18.7.1 piping systerrl . " 13.27.1 pipillg system. vrntilaling System arrd illerl gas system for oil taul i~. .~ ............... D 14.9.1 reirineratinp machinery .................. D 17.3.1 steering ................................. U 1.5.5.1
................................. D 15.6.4 Shop tl-ial :
dic.-e{ engine ................................. D 2.6.1 gas tllr,, ine .................................... U 4.5.1 stearI I turbin <: D 3.4.1
s],,, re conit ectjon : ......... H 2.2.11 interna~ional ..................... .- ....... R 6.2.18
Side door 23.3 ....................................... C 6.2
Side keelsan .--- .... C 5.3 Side lansicudillal .............................. C 7.4 Side srrlrt[e c 23.4
................................. L Chap . 7 Side sJlrl] plating; .............................. C 15.3
........................ C 16.3.2 SUPerStruCt .- C 16.5
Side ..................................... 8 . 9
Single batton, .................................... C . 5 Chap Sleeve of venlilation duct .................. K 2.6.1 Cj, idins door ....................................... C 13.3.4 Slip joint 13.2.4 Slop Tanks C 29.1.5 Slop tank in ore/oil carrier ............... ..C 30.1.10
13.5.10 9.7.3 2.14.4 6.3
Soot fire ............................................. D 9.3.7 S,, nnding pipe D 13.8 Spare : .................................... D 21.2.1
............................... D 21.2.1-6 D 21.2.1-5 D 21.2.1.1,-2 D 21.2.1-6 D 21.2.1-4
stram turbine .............................. D 21.2.1-3 thrrrn . '
.................................... B 3 . 9 premature co~ilrnellcerr~rnt ............ B 3.2.5-3 submersible ........................... --- .... H 6.4.3
Speed trial ....................................... B 3.13.1 Sprinker. tomatic ........................... R 5.2.12
........................... R 5.2.15 Stability ....................................... CLS 1.1
exI, er{merlts ....................... . . . B 2.3.2 cases U 1.1.2
Stability requirements ........................ 7 7 2 calculation .... IT 2.1.2
Stairwa)' in acciimrnodatian spiice. service spaceand control station ..................... R2.4 Stainless clad steel plate ..................... K3.9 Stainles steel :
forging .......................................... K 6 . 2
welding "laterial ........................... M6.7 Standard fire test .............................. R 1.1.3(") Standard frequency ........................... E[ 2.1.2.2 Startcr for slrering gear nrotor ............ H 2.8.1-9 Starting airanKeinenl :
diest.] e,,girre D 2.5.3 turbine .................................... D 4.4.3
NIPPON KAIJl KYOKAI
Statutory survey .............................. C1.S Chap . 7 Stay of bc, iler .................................... " 9.5.12 Stay tube of boil Stt. arn piping sys CI
drainage arrangement. ................... D 13.14.1 steam shul.off devicp ........................ D 3.3.2 Steam system. firr-exlinguishinp ......... K 5.2.7-4 Stealn turbine : ............................... " Chap. 3
Spare llilrls .................................... D 21.2.1-3 Steel cnstjrlg : .................................... K 5.1
slajnless ....................................... K 5.3 Sleel cover of deep tank ..................... C 20.2.10 Steel fi, rging : ................................. K 6.1
chaj,, .......................................... K 6.3 l n ~ r temperature service... .............. K 6.1 stainless K 6.2
Stee! material for weldrd i:onstructian C 1.2.2 steel ,, ipr : ....................................... K Chap . 4
low temperature service...---------...,..K 4.5 . . pre SSur p, ping .............................. K 4.2 ....................................... K 4.3
Steel ,,""tllo,, cover ........................... C 20.2.1 Steel tube for boiler and heat exchanger
....................................... K 4.1 Stccl weatherti~hl caves ..................... C 20.2.9 .y lee] wire (: ................................. I, Chap . 4 SteeriliR : ................................. D Chap . 15
addilional reqoircment .................. U 15.6 alternative source of pox-rr ............ D 15.2.6 artxiiiary stccring gear ................. ll 15.2.3
.............................. D 15.3 display I, I operatin* irlstruction ...... D 15.1.4 electrical installatiorl ..................... D 15.2.7
steerinn ........................ D 15.2.2 "laterial ....................................... D 15.4.1 means i l l communication ............... D 15.2.9 power actuatiny systcrn .................. U 15.1.2(4) ,. .......................................... D 15.4.8
stern door .......................................... c 23.3 Stcrn tube shaft survey ..................... R 3.11 stern tubp h(:arino .............................. D 6.2.10
....................................... C 14.2.3 conncclion of ends ........................ C 1.1.14
Stool ,, [ bll]khPad .............................. C 31.5 Stqi valve between rngine and srlrnl) Lank ... D 13.10.3 St,, rage tallk ............................... .--- D 12.5 stream lir le ....................................... C 27.1.4 Strength deck. effective sectional area
................................................... C 17.2 Slmmgtheninx of the forward bottom :
Strengthening fur navigation in ice 2.2.2 Chap . 28 11.5.3 6.1.4
29.1.8 Subdivision :
index .......................................... C 4.2.1 for ore carriers .............................. C 30.1.2
SupPrstruclure : ............................ .--- C . 1 8 Chap cr~mpensation a t ends ..................... C 16.6 facing cargo oil tank ..................... R 3.2.3 ?ide platilly ................................. C 16.5
Superstruct,~rt crrd bulkhead : ............ C 18.2 closing means for a r m .;i upening .. C 18.3
Sulx:rstructure fram ,! ........................... C 7.6.4 Suuulementarv i,r,, visions for carriage of iiquid in hiild of bulk carrier .....-.... c 31.8 Survey :
............................ .-- ........ R 3.2.2 at tcrrdence .................................... B 1.1.11 boiler .......................................... B 3.10 classifiration ................................. B 1.1.1
................................. R . 2 Chap < .<, tinuous .................................... B 3.2.5-5 docking ....................................... B 3.2.3
....................................... B3.4 illwater .................................... IWS 2.1 notifir:alion .................................... R 1.1.6 periodic I ............................... 4 1.1.2 a preparation ................................ 3 1.1.7 pmppllrr shaft ............................ 4 3.1, stern tube .............................. ~ q 1 1 . . thrrrnll beater n 3.10
Survey for classification arid maintennc, . : cargo refriyrrating installation ... CLS 5.3
.......................................... CLq Chap. 4 Survryors' recornn~endiltions. appeal
................................................... CLS 4.5 yuspensio,, of ........................... B 1.1.9 Switchboard :
co,,strurtic, ,, ................................. H 2.5.3 mrasilring instrument.. .................. H 2.5.6
systrrr, design .................................... D 18.2 Sysletn of electric supply ................... ..H 2.2.1 System ............................... " 2.1.2.1
T Tank :
bilge 31.3 deep Chap . I 4 fuel o, serv, ce 13.9.1.2 fuel oil ............................ D 13.9.1.2 topsid
.............................. Tankt. r :
NIPPON KAIJI KYOKAI
electrical installation ..................... 11 4.3 fire extinguishing arrarigen~ents ...... R 5.6 [ire prr, tection .............................. Chap. 3 wing tank at Inrc part .................. C 29.9
Tarpaulin and securing arrangement fur hatchway closed by portable cover .. C 20.2.8
Tarpaulin hatch Chap. 6 Temperature risc :
controlgear .................................... H 2.8.3 gelierators and motors .................. I1 2.4.3 transformer ................................. H 2.10.3
Tensile Lc 'St ..................................... . K 2.3.1 specimen ....................................... K 2.2.2
Test : butt ,&. elded joillt ........................... 4.2
Test after installatic, n : Steering gear ................................. D 15.5.2
Test certificate af material ................. K 1.1.7 'l'est on buard :
......... D 18.7.3 boiler D 9.10.3 piping D 13.17.2 piping system for cargo oil tank ...... D 14.9.2 rcIrigerating machinery .................. D 17.3.2 windlass and moorig winch ............ D lfi.2.1
Test specimen : ................................. K 2.2
T r s t i n ~ : c,,nlr,,,gear .................................... H 2.8.4 electric propulsiorr plarrl ............- 11 3.14.6 electrical equipment ..................... H 1.2
..................... H 2.4.15
..................... H 2.5.10 high voltagr electrical equipment ... H 2.17.6
....................................... K 1.1.4 semiconductor rectifier .................. H 2.12.5 transfarmer ................................. H 2.1". 5
Testing instruments, electrical
syst<:ms ....................................... D 13.11 Thermal stress .................................... D 10.5.R Through thickness properties ............... K 3.11 Thrust faundatio,, .............................. C 21.4 Thrust ....................................... D 6.2.3 ThyrisLt:r central .............................. H 2.12.4 Tiller 15.4.7 Tool 21.2.2 Topside tank .................................... C 31.4 Torsional strength, container carrier
................................................... C 32.2.2
Torsioilal vibration of shaftin Chap . 8
avoidancr uf critical - - - - - - - - - - - - - - - - - - . - . D 8.2.5 barred ge ................................. D 8.3.1 cra,,ks~, aft .................................... D 8.2.1 intermediate shaft ........................ D 8.2.2 vilwcr transmission system ............ D 8.2.4 propeller shaft .............................. D 8.2.2 shafting system of generator ......... D 8.2.3
tube .............................. D 8.2.2 thrust shaft ................................... 8.2.2
Tow line .......................................... C 27.1.6 Transformer : .................................... H 2.10
collstructioll ................................. H 2.10.2 temperature rise ........................... H 2.10.3
'l'ransverse heam .............................. C 10.4 T1-ansverse bulkhead :
bulk carrier ................................. C 31.5 container carrier ........................... C 32.5 . . ore llold ....................................... 30.1.6
Transverse deck girder ........................ C 12.3 Transverse frame spacing .................. C 7.2.1 Transverse hold framr ........................ C7.3 Transverse in cargo oil space............... C 29.4 Transverse section for gauging ............ B 3.6.7-2 Trave]]inR expense ........................ CLs 1.3 Trial :
electrical equipment ..................... H 2.18 sea .. ' . . . 2.3.1 speed 3.13.1
Tripping 8.2.2 .............................. C 8.3.3
Tube : ............................................. 9 . 7 copper alloy ................................. K7.1
............ 'Funnel and tunnel re Tunnel of curved for
'rurbinc rl,tl, .................................... D 3.2.3-1 .................................... K 6.1.14
Tween deck fran, .............................. C7.6 Type approval of electrical appliance and cable H 1.2.1-4 Types <, f ................................. C 3.1.1
................................. C Fig . C3.1
U ,,"ha, circuit ........................... 11 2.2.3 Unmanned machinery "paration ...... CLS 2.2.2
v
NIPPON KAIJI KYOKAI
feed n. ater .................................... U 9.9.5-1 overboard d i schar~r ..................... 13.3
2.4.2 2.4.4 9.9.3 10.8.3
safe .......................................... 9.9.3 .................................... D 13.3
steal" stap .................................... D 9.9.4-1 Valve upt!raLion rod penetrating through
deck 01 cargo oil tank .................. D 14.2.6
14.7.5 Ventilation of battery compartm~nt
...................................................... H 2.11.5 Ventilation system ............................. 2.6 Vcnlilatiun system in cargo oil pump room
Vellti, ator ................................. C 23.5.4 Venting system of c a r ~ o oil Lank ......... D 14.4.1 Venting system of collrrdarn adjacent
Voltage drop ................................. 4 2.9.14 .................................... H 2.18.3
Voltage reyulatiun of trallsformrr ..... H 2.10.4
W Wash bulkhead C 29.5.11 Water level indicator for boiler ............ D 9.9.8 Watertight bulk11 C Chap . 13
c~ni t ruct ion C 13.2 height .......................................... C 13.1.5
watertight door ................................. C 13.3
R 2.1.6 n 2.2.2
.. C 22.1.12 Wear atld tear. rcpail ........................ B 3.13.3 web frame : C 7.42
.................................... C 8.2 direct calculatiiln ........................... C 8.1.4
Web frame supporli~lg cantilever bran, C 7.5.2 C 1.2.8
........................ M 2.1
D 9.2.5 prew, "esse, .............................. D 10.7.1
.............................. D 10.7.2 ~~~
Welding : autol"atic .................................... j,f 2 2.4 fill ished . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .&I 2.2.3 fini5hine ................ ................. M 2.2.6
hull constr"cti<. ........................... C 1 . 2 tanker .................................... C 29.7
D Chap . 11
................................................... D 11.2 base m<:tal ................................. " 11.1.2
........................... M . 6 Chap aluininium ........................... M6.8
test ................................. M 6.1.3 automatic .................................... M6.5 c]cctro~sas .................................... M6.5 electro~slair ................................. nf 6.5 hull. auplicatii, rl of .. .................---C 1.2.5 olle natic ........................ M6.6 Staillles6 ..................... -.- ....... M6.7
Welding <i perator : ........................... M d . . '11 continuation of qualificalion ......... M 5.1.4 qualification ccrlificate .................. M 5.1.2
Welding cedure .............................. M2.2 Welding procedure test ..................... M Chap . 4
..................... D 11.2 Welding test
rnachi~~ery installalions .................. D Chap . 11 mechanical Lcsting procedure ......... M 3.3
3.2 ............. 6.4
Chap .16 Wire rope strc:, ................................. , L . 4 Chap Tqirin accessory .............................. H 2.14 W i r i n ~ in dangerous spaces in tanker ... H 4.2.4
