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Forschungszentrum Julich GmbHInstitut fur Werkstoffe und Verfahren der Energietechnik
Jacqueline Lecomte-Beckers, Marc Carton,Florian Schubert and Philip J. Ennis (Editors)
Materials forAdvanced PowerEngineering 2002
Abstracts of the 7th Liege Conference
UNIVERSITATSBIBLIOTHEK *HANNOVER
TECHNISCHEINFORMATIONSBIBLIOTHEK j
EUROPEAN COMMISSION
UNIVERSITE DE LIEGE
Schriften des Forschungszentrum JulichReihe Energietechnik / Energy Technology Volume 20
ISSN 1433-5522 ISBN 3-89336-311-4
VII
LIST OF PRESENTATIONS
Papers are numbered as follows: first two digits: section number,third and fourth digits: sequential number
SECTION 1 - ADVANCED GAS TURBINE MATERIALS
Invited Papers -1.0. Oral Presentations
THE MECHANICAL BEHAVIOUR OF A CLASS OF RHENIUM BASED SX 1001SUPERALLOYS FOR INDUSTRIAL GAS TURBINE APPLICATIONSToulios M., Allen D.H.
CONSTITUTIVE MATERIAL FORMULATIONS AND ADVANCED LIFE ASSESSMENT 1002METHODS FOR SINGLE CRYSTAL GAS TURBINE BLADESBusso E.P., Toulios M., Cailletaud G.
GAMMA TiAl INTERMETALLICS FOR TURBOMACHINERY APPLICATIONS 1003Nazmy M., Lupine V.
ADVANCES IN COATING SYSTEMS FOR UTILITY GAS TURBINES 1004NichollsJ.R.,WingR.
ENVIRONMENTAL DEGRADATION OF GAS TURBINE COATINGS: TOWARDS 1005STANDARDISED TESTING AND DATABASESSimms N J., Bale D.W., Baxter D., Oakey J.E.
WROUGHT Ni-BASE ALLOYS FOR ADVANCED GAS TURBINE DISC AND USC 1006STEAM TURBINE ROTOR APPLICATIONSRosier J., Bottger B., Wolske M., Penkalla HJ., Berger C.
NEW MATERIALS AND COOLING SYSTEMS FOR HIGH TEMPERATURE, HIGHLY 1007LOADED COMPONENTS IN ADVANCED COMBINED CYCLE POWER PLANTSBohn D.E.
OVERVIEW OF US-DOE PROGRAM IN HIGH EFFICIENCY ENGINES AND TURBINES 1008
Layne A.W.
Poster Presentations
I.I. Sinele Crystal
THE CREEP BEHAVIOUR OF AS-CAST SX CM186LC AT INDUSTRIAL GAS TURBINE 1101OPERATING CONDITIONSWilcock I.M., Lukas P., Maldini M., Klabbers J., Dubiel B., Henderson M.B.
VIII
THE LOW CYCLE FATIGUE BEHAVIOUR OF AS CAST SINGLE CRYSTAL CM186LC 1102Bale D.W., Henderson M., Dubiel B., Czyrska-Filemonowicz A., Guardamagna C , Bontempi P.,Mulvihill P., Lukas P., Obrtlik K., Kolkman H.
CREEP BEHAVIOUR OF THE THIRD GENERATION Ni-BASE SINGLE CRYSTAL 1103SUPERALLOY TMS-75 AND ITS yff TIE-LINE ALLOYSMurakumo T., Kobayashi T., Nakazawa S., Harada H.
CREEP BEHAVIOUR AND Y EVOLUTION OF A NEW NICKEL BASE SUPERALLOY 1104FOR SINGLE CRYSTAL BLADE APPLICATIONSMaldini M., Lupine V., Li H., Angella G.
CREEP OF [001]-ORIENTED Ni-20 MASS %Cr SINGLE CRYSTALS 1105Terada Y., Nakamoto Y., Matsuo T.
CHARACTERIZATION OF THE PROPAGATION BEHAVIOR OF SHORT FATIGUE 1106CRACKS IN NICKEL-BASED SINGLE CRYSTAL SUPERALLOY SC16Zhang X.P., Wang C.H.. Chen W.Y., Ye L., Mai Y.-W.
EFFECT OF f VOLUME FRACTION ON THIRD-GENERATION SINGLE-CRYSTAL 1107SUPERALLOYSZhou H., Harada H., Ro Y., Koizumi Y., Kobayashi T., Nakazawa S.
ON THE EFFECT OF RHENIUM ON THE EXTENT OF PRIMARY CREEP IN 1108ADVANCED Ni-BASED SUPERALLOYSRae C.M.F., Kakehi K., Reed R.C.
INVESTIGATION OF POROSITY IN SINGLE-CRYSTAL NICKEL-BASE 1109SUPERALLOYSEpishin A., Link T., Bruckner U., Portella P.D.
INVESTIGATION AND COMPARISON OF THE MICROSTRUCTURE OF THE 1110NICKEL-BASE SUPERALLOYS CMSX-4 AND SX CM186LCDanciu D., Klabbers J., Penkalla HJ.
DISLOCATION MICROSTRUCTURE OF CMSX-4 AFTER TENSILE TESTING WITH U11DIFFERENT STRAIN RATES AT 700 AND 1000°CDanciu D., Penkalla HJ., Schubert F.
MORPHOLOGICAL CHANGE IN ? PHASE IN DIFFERENT PORTIONS OF FIRST 1112STAGE HIGH PRESSURE TURBINE BLADE OF PWA1480Miura N., Harada N., Kondo Y., Matsuo T.
METALLURGICAL ANALYSIS OF IN SERVICE CMSX-2 SINGLE CRYSTAL GAS 11»TURBINE BUCKETSYoshioka Y., Saito D., Ito S., Fukuyama Y.
CARBIDE PRECIPITATION IN SINGLE CRYSTAL Ni-BASE SUPERALLOYS 11 l4
Tin S., Pollock TM.
IX
MODELLING OF HIGH TEMPERATURE TMF TESTS OF SINGLE CRYSTALS BY APURE CREEP LAW U 1 5
White P.S., Kong C.N.
A MULTISCALE CONSTITUTIVE APPROACH TO MODEL THE MECHANICAL 1116
BEHAVIOUR OF INHOMOGENEOUS SINGLE CRYSTAL SUPERALLOYS:APPLICATION TO AS-CAST SX CM186LCRegino G.M., Busso E.P., ODowd N.P., Allen D.
DEFORMATION MODELLING OF THE SINGLE CRYSTAL SUPERALLOY CM186LC 1117Daniel R., Tinga T., Henderson M.B., Ward TJ .
TMS-82+: A HIGH STRENGTH Ni-BASE SINGLE CRYSTAL SUPERALLOY 1118
Hino T., Yoshioka Y., Koizumi Y., Kobayashi T., Harada H.
Poster Presentations
1.2. Ni-Base Superallovs
MICROSTRUCTURE OF A 5-COMPONENT Ni-BASE MODEL ALLOY: 1201
EXPERIMENTS AND SIMULATIONWamken N., Bottger B., Ma D., Vitusevych V., Hecht U., Fries S.G., Dupin N.
ALLOY DESIGN FOR ULTRA HIGH TEMPERATURE STEAM TURBINE 1202
APPLICATIONS : SIMULATION OF MICROSTRUCTURE DURING FORGINGKopp R., Wolske M.
MICROSTRUCTURE AND STRUCTURAL STABILITY OF CANDIDATE MATERIALS 1203
FOR TURBINE DISC APPLICATIONS BEYOND 700°CPenkalla HJ . , Wosik J., Schubert F.
MATERIAL DEGRADATION AND DAMAGE ASSESSMENT FOR GAS TURBINE 1204
COMBUSTION COMPONENTSSaito D., Yoshioka Y., Fujiyama K.
EFFECT OF SOLUTION HEAT TREATMENT ON THE HOT CORROSION 1205RESISTANCE OF A SECOND GENERATION DS SUPERALLOYTamaki H., Okayama A., Onay B., Yoshinari A.
CREEP PROPERTIES DEGRADATION IN A LONG-TIME THERMALLY EXPOSED 1206
NICKEL BASE SUPERALLOYZrnik J., Strunz P., Vrchovinsky V., Hornak P., Wiedenmann A.
EFFECT OF TENSILE HOLDS ON THE DEFORMATION BEHAVIOUR OF A 1207
NICKEL BASE SUPERALLOY SUBJECTED TO LOW CYCLE FATIGUEZmik J., Semenak J., Wangyao P., Vrchovinsky V., Hornak P.
IN-SITU OBSERVATIONS OF THE DEFORMATION AND DAMAGE BEHAVIOUR 1208AROUND LASER-DRILLED COOLING HOLES IN INCONEL ALLOY 617 USING THESCANNING ELECTRON MICROSCOPEKlabbers J.. Wessel E., Schubert F.
DESIGN OF Ni-BASE DS SUPERALLOYS FOR INDUSTRIAL GAS TURBINES 1209Sato M., Koizumi Y., Kobayashi T., Karada R , Ono H.
THE INVESTIGATIONS OF DEFORMABILITY AND STRUCTURE OF A-286 ALLOY 1210AT HIGH TEMPERATURE DEFORMATIONDucki KJ., Hetmanczyk M., Kuc D.
MODELLING THE CREEP BEHAVIOUR OF A WROUGHT NICKEL BASE 1211SUPERALLOY IN A WIDE RANGE OF STRESS/TEMPERATURE CONDITIONSMaldiniM., Lupine V.
CREEP BEHAVIOUR OF A POWDER METALLURGY UDIMET 720 NICKEL-BASED 1212SUPERALLOY
Dubiez S., Couturier R., Gueiaz L., Burlet H.
Poster Presentations
1.3. Coatines
MCrAlY COATING BY AN ELECTROCHEMICAL ROUTE 1301Bacos M.-P., Girard B., Josso P., Rio C.EVALUATION OF THERMOMECHANICAL FATIGUE RESISTANCE OF COATED 1302SUPERALLOYS BY A LASER THERMAL SHOCK SYSTEMMeriggi M., Rinaldi C.
THERMOPHYSICAL AND MICROSTRUCTURAL CHARACTERISATION 1303OF MODIFIED THICK YTTRIA STABILISED ZIRCONIA THERMAL BARRIERCOATINGSBianchi P., Cernuschi F., Lorenzoni L., Ahmaniemi S., Vippola M., Vuoristo P., Mantyla T.
ADVANCED NITRIDE COATINGS FOR OXIDATION PROTECTION 1304OF TITANIUM ALLOYSLeyens C , Hovsepian P.Bh., Mltaz W.-D., Peters M., Lewis D.B., Luo Q.
HIGH TEMPERATURE NANOLAMINATE CERAMIC COATINGS PREPARED 1305BY PVD TECHNIQUESTeixeira V., Monteiro A., Portinha A., VaBen R., Stover D.
CYCLIC LIFETIME OF PYSZ AND CESZ EB-PVD TBC SYSTEMS ON VARIOUS 1306Ni-SUPERALLOY SUBSTRATESSchulz U., Fritscher K., Kaysser W A.
XI
CHARACTERISATION OF SIX OVERLAY COATINGS 1307Giannozzi M., Giomi E., Merluzzi M., Pratesi F., Zonfrillo G.
SINGLE CRYSTAL COATING OF SX TURBINE BLADES BY A LASER CLADDING 1308TECHNIQUEBezencon C , Wagniere J.-D., Hobel M., Schnell A., Konter M., Kurz W.
COMPARISON OF THERMAL CYCLING LIFE OF YSZ AND L A J Z R J O T - B A S E D 1309THERMAL BARRIER COATINGSVaBen R., Barbezat G., Stdver D.
DEPOSITION OF ALUMINIUM + YTTRIUM ON THE INTERNAL SURFACES OF 1310COMPLEX COOLED INDUSTRIAL TURBINE BLADESInnocenti M., Giorni E , Wing R., Norreys A., Archer N.J.Yeatman J., Bianchi P., Baxter D.,WahlG.,MetzCh.
CHARACTERIZATION OF THE BOND-COAT MATERIALS FOR THE SUPER HIGH 1311EFFICIENCY GAS TURBINESSuzuki A., Wu F., Murakami H., Imai H.
ELASTIC BEHAVIOUR OF PLASMA SPRAYED THERMAL BARRIER COATINGS 1312Steinbrech R.W., Frahm J., Herzog R., Schubert F.
DEFORMATION BEHAVIOUR OF A LOW PRESSURE PLASMA SPRAYED 1313NiCoCrAlY BOND COAT UNDER SHEAR LOADING AT TEMPERATURESABOVE 750°CMajerus P., Steinbrech R.W., Herzog R., Schubert F.
VISCO-PLASTIC PROPERTIES OF SEPARATED THERMAL BARRIER COATINGS 1314UNDER COMPRESSION LOADINGHeckmann S., Herzog R., Steinbrech R.W., Schubert F., Singheiser L.
STRUCTURE IN THE SURFACE LAYER OF COATED Ni-BASED SUPERALLOYS 1315DURING ANNEALING IN OXYDATION ENVIRONMENTSvejcar J., Jirikovsky K., Krejci J.
MEASUREMENT OF THE DUCTILE BRITTLE TRANSITION TEMPERATURE AND 1316
THERMAL MECHANICAL FATIGUE RESISTANCE OF COATINGS USED IN GASTURBINE ENGINESSaunders S.RJ., Banks J.P.
DEGRADATION OF EB-PVD THERMAL BARRIER COATINGS DURING THERMAL 1317CYCLINGSun X.F., Li M.H., Zhang Z.Y., Guan RR.
XII
Poster Presentations
1.4. Intermetattics
MICROSTRUCTURE AND TENSILE CREEP BEHAVIOR OF MULTIPHASE NiAl 1401EUTECTIC ALLOYS MODIFIED WITH Zr OR HfGuo J.T., Qi Y.R, Cui C. Y., Li G.S.
CREEP STRENGTH AND MICROSTRUCTURE OF Ti-46Al-2W-0.5Si BASE ALLOYS 1402Dlouhy A., Arrell D., Karlsson B., Lapin J., Lupine V., Nazmy M., Nikbin K., Staubli M.
HIGH TEMPERATURE DEFORMATION OF THE Fe28AI3Cr IRON ALUMINIDE 1403MODIFIED WITH ADDITIVESHakl J., Vlasdk T., Kratochvil P.
MICROSTRUCTURE AND CREEP OF y-TIAL BASED INTERMETALLIC ALLOY 1404Lapin J., Pelacbova T.
HIGH CYCLE FATIGUE BEHAVIOUR OF INTERMETALLIC Y-TiAl BASED ALLOYS 1405Koolloos M.FJ., Arrell DJ., Henderson M.B., Gallet S.
TbAINb-BASED TITANIUM INTERMETALLIC ALLOYS FOR HIGH TEMPERATURE 1406APPLICATIONSHagiwara M., Emura S., Tang F.
MANUFACTURING AND TESTING OF A NOVEL ADVANCED NiAI-BASE ALLOY 1407FOR GAS TURBINE APPLICATIONSPalmM., SauthoffG.
HIGH-RATE SPUTTER DEPOSITION OF NiAl ON SAPPHIRE FIBERS 1408Reichert K., Martinez C , Cremer R., Neuschutz D.
INTERFACIAL THERMAL STABILITY IN BN-COATED CONTINOUS AI2O3 FIBER 1409REINFORCED NiAl COMPOSITESWen K.Y., Reichert K., Hu W., Frommert M., Gottstein G.
MECHANICAL PROPERTIES AND OXIDATION BEHAVIOUR OF A CAST TiAl 1410INTERMETALLICLupine V., Marchionni M., Nazmy M., Onofrio G., Staubli M., Tomasi A., Zhou L.Z.
COATING OF Ni-ALUMINIDES ON TIAIINTERMETALLICS THROUGH UP-HILL 1411DIFFUSIONIzumi T., Nishimoto T., Narita T.
INFLUENCE OF MICROSTRUCTURAL EVOLUTION ON HARDNESS OF A y TiAl 1412INTERMETALLIC CONTAINING W AND SiMunoz-Morris M.A., Gil L, Morris D.G.
xiii
STRENGTHENING MECHANISMS IN DUCTILE FeAl INTERMETALLIC PROCESSED 1413BY MECHANICAL ALLOYINGMorris D.G., Garcia Oca C , Munoz-Morris M.A.
Poster Presentations
1.5. Miscellaneous Topics
EXTRAPOLATION OF LIMITED CREEP DATA BY PARALLEL FITTING 1501WITH DATA FOR SIMILAR MATERIALSWhite P.S.
DEVELOPMENT OF A VIRTUAL TURBINE SYSTEM FOR NEW MATERIALS DESIGN 1502Saeki R , Fukuyama Y., Yokokawa T., Odaka T., Yoshida T., Harada R
DRILLING OF COOLING HOLES AND SHAPING OF BLOW-OUT FACILITIES IN 1503TURBINE BLADES BY LASER RADIATIONWillach J., Horn A., Kreutz E.W.
REPAIR AND (RE)CONDITIONING OF COMPRESSOR AND TURBINE BLADES BY 1504CO, AND Nd: YAG LASER RADIATIONKelbassa L, Gasser A., Backes G., Keutgen S., Kreuu E.W., Pirch N.
HIGH TEMPERATURE REACTOR (HTR) MATERIALS 1505Buckthorpe D., Couturier, Van der Schaaf B., Riou B., Rantala R , Moormann R.,Buenaventura A., Friedrich B-C.
PROPERTIES OF OXIDE/OXIDE CMCs FOR HIGH TEMPERATURE APPLICATIONS 1506IN GAS TURBINESInnocenti M., Del Puglia P., Pappas Y.Z., Dassios C.G., Steen M., Kostopoulos V., Vlachos D.
SECTION 2 - FUEL ISSUES ANS NOVEL COMPONENTS
Invited Papers - 2.0. Oral Presentations
IN-SITU FIRESIDE CORROSION TESTING OF ADVANCED BOILER MATERIALS 2001WITH DIVERSE FUELSHenderson P.J., Karlsson A., Davis C, Rademakers P., Cizner J., Formanek B., Goransson K.,OakeyJ.
DEGRADATION OF BOILER AND HEAT EXCHANGER MATERIALS: DATA 2002GENERATION, DATABASES AND PREDICTIVE MODELLINGSaunders S.RJ., Simms N.J., Osgerby S., Oakey J.E.
COMPLEX FIRESIDE CORROSION MECHANISM IN BOILERS USING STAGED 2003COMBUSTION SYSTEMSBakker W., Kung S., Blough J., Seitz W.
XIV
FABRICATION OF A GAS TURBINE COMBUSTION HARDWARE IN ODS FERRITIC 2004MATERIALSMcColvin G., Munasinghe D., O'Driscoll J., Jacobs M.
DESIGN, CONSTRUCTION AND TESTING OF A CERAMIC HIGH TEMPERATURE 2005HEAT EXCHANGER FOR AN EXTERNALLY FIRED CYCLE PLANTMao G, Scarpellini R., Valarani M.
ELECTRICAL SWING ADSORPTION FOR COi SEPARATION AND CAPTURE 2006
Judkins R.R.
Poster Presentations
2.1. Hot Gas Corrosion
HIGH TEMPERATURE CORROSION IN GAS TURBINES: FUEL MODEL 2101AND EXPERIMENTAL RESULTSBordenet B., BoBmann H.P.
REDUCTION OF FIRESIDE CORROSION OF SUPERHEATER MATERIALS IN A 2102BIOMASS-FIRED CIRCULATING FLUIDISED BED BOILERHenderson PJ., Hogberg J., Mattsson M.
EFFECT OF FUEL TYPE ON THE FIRESIDE CORROSION OF BOILER MATERIALS 2103FOR ADVANCED CLEAN COAL TECHNOLOGIESFinder L.W., Davis CJ.
FATE OF TRACE CONTAMINANTS FROM BIOMASS FUELS IN GASIFICATION 2104SYSTEMSKilgallon P., Simms NJ., Oakey J.E.
MATERIALS FOR GASIFIER HEAT EXCHANGERS 2105Kilgallon P., Simms N.J., Norton J.F., Oakey J£.
PERFORMANCE OF GAS TURBINE MATERIALS IN "DIRTY FUEL" ENVIRONMENTS 2106Simms NJ., Encinas-Oropesa A., Kilgallon P., Oakey J.E.
LOW CYCLE FATIGUE IN AGGRESSIVE ENVIRONMENTS -A NEW TESTING 2107METHOD USING CONTROLLED ATMOSPHERESAndersson H.C.M., Lindblom J.
CHLORINE CORROSION OF THERMALLY SPRAYED COATINGS AT ELEVATED 2108TEMPERATURESUusitalo M.A., Vuoristo P.MJ., MantylS T.A.
HIGH TEMPERATURE CORROSION IN STRAW FIRED POWER PLANTS: 2109INFLUENCE OF STEAM/METAL TEMPERATURE ON CORROSION RATESFORTP347HMontgomery M., Biede O., Hede Larsen O.
XV
Poster Presentations
2.2. Miscellaneous Topics
EROSION CORROSION OF STEEL TUBES IN THE LOOP SEAL OF A BIOFUEL 2201FIRED CFB PLANTNafari A., Nylund A.
PERFORMANCE OF EROSION CORROSION RESISTANT COATINGS IN DIFFERENT 2202COMBUSTION ENVIRONMENTSHjomhede A., Nylund A.
HAFNON - A POTENTIAL CERAMIC MATERIAL FOR LIQUID SLAG REMOVAL 2203IN PRESSURIZED PULVERIZED COAL COMBUSTION ?Mttller M., Hilpert K., Singheiser L.
HEAT RESISTANT SILICON NITRIDE CERAMICS WITH RARE-EARTH SILICON 2204OXYNITRIDENishimura T., Guo S., Hirosaki N., Yamamoto Y., Mitomo M.
SECTION 3 - ADVANCED STEAM POWER PLANT
Invited Papers - 3.0. Oral Presentations
BENEFIT OF ADVANCED STEAM POWER PLANTS 3001BlumR., HaldJ.
DESIGN AND MATERIALS FOR TURBOSETS IN ADVANCED STEAM POWER 3002PLANTSWieghardt K., Kern T.-U.
BOILER DESIGN AND MATERIALS ASPECTS FOR ADVANCED STEAM POWER 3003PLANTS
ChenQ.,ScheffknechtG.
ALLOY DESIGN AND MICROSTRUCTURAL CONTROL FOR IMPROVED 9-12% Cr 3004POWER PLANT STEELSVanstone R.W.
THE EUROPEAN EFFORT IN DEVELOPMENT OF NEW HIGH TEMPERATURE 3005ROTOR MATERIALS UP TO « 0 ° C - COST 522Kern T.-U., Staubli M., Mayer K.H., Escher K., Zeiler G.
DEVELOPMENT OF CREEP RESISTANT CAST STEELS WITHIN THE EUROPEAN 3006COLLABORATION IN ADVANCED STEAM TURBINE MATERIALS FOR ULTRAEFFICIENT, LOW EMISSION STEAM POWER PLANT / COST 501-522Staubli M., Mayer K.-R, Gieselbrecht W., Stief J., DiGianfrancesco A., Kem T.-U.
XVI
WELDABILITY AND WELD PROPERTIES FOR ADVANCED POWER PLANT 3007MATERIALSCerjak R, Letofsky E., Jochum G. Nies H.
NEW BOILER MATERIALS FOR ADVANCED STEAM CONDITIONS 3008Scarlin B., Stamatelopoulos G.N.
MATERIALS FOR ULTRA-SUPERCRITICAL COAL-FIRED POWER PLANT BOILERS 3009Viswanathan R., Purgert R., Rao U.
THE STEAM OXIDATION RESISTANCE OF 9-12% CHROMIUM STEELS 3010Ennis P.J., Quadakkers W J.
COATINGS FOR STEAM POWER PLANTS UNDER ADVANCED CONDITIONS 3011
Aguero A., Muelas R., Scarlin B., Knoedler R.
Poster Presentations
3.1. Microstructure
MARTENSmC/FERRITIC SUPER HEAT-RESISTANT 650°C STEELS - 3101MICROSTRUCTUREAgamennone R., Blum W.
PRECIPITATION OF Z-PHASE AND DEGRADATION BEHAVIOUR OF MOD.9Cr-lMo 3102STEELKimura K., Suzuki K., Toda Y., Kushima H., Abe F.
DISTRIBUTION OF MX CARBONmUDES AND ITS EFFECT ON CREEP 3103DEFORMATION IN 9Cr-0.5Mo-l JW-VNb STEELSawada K., Kubo K., Hara T., Abe F.
THE EFFECT OF MICROSTRUCTURAL STABILITY ON LONG-TERM CREEP 3104BEHAVIOUR OF 9-12%Cr STEELSSklenicka V., Kucharova K., Kloc L., Svoboda M., Staubli M.
SYSTEM FREE ENERGY APPROACH TO THE PRECIPITATION OF THE LAVES 3105PHASE IN Fe-Cr-W-C QUATERNARY STEELSMurata Y., Koyama T., Morinaga M., Hashizume R., Miyazaki T., Doi M.
MICROSTRUCTURAL PHYSICALLY BASED CREEP MODELLING ON 9-12 % Cr 3106STEELSWeinert P.
Z PHASE CHARACTERISTICS IN MARTENSITIC 12CrMoVNb STEELS 3107VodarekV.,StrangA.
XVII
MICROSTRUCTURAL ISSUES IN THE DESIGN OF AUSTENITIC AND NICKEL BASED 3108MATERIALS FOR SUPERHEATER SYSTEMS IN 700°C STEAM PLANTStarrR.ShibliA.
PRECIPITATION OF INTERMETALLIC PHASES DURING MARTENSITE AGING IN 3109STEELS CONTAINING 10% CrPigrova G.D.
A NEW MODELLING APPROACH TO MICROSTRUCTURAL EVOLUTION IN 3110FERRITIC STEELS
Yin Y.F., Faulkner R.G.
Poster Presentations
3.2. Allov Development
EVALUATION OF A NEW 11 % Cr STEEL FOR STEAM CHESTS 3201Bates P., Vanstone R.W., Osgerby S., Mulvihill P.
DEVELOPMENT OF HIGH WCoB-CONTAINING 12Cr ROTOR STEELS FOR USE AT 3202650C IN USC POWER PLANTSArai M., Doi R, Fukui Y., Azuma T., Fujita T.
MARTENSmC/FERRITIC SUPER HEAT-RESISTANT 650°C STEELS 3203Agamennone R., Berger G, Blum W., Ehlers J., Ennis P.J., Granacher J., Inden G., Knezevic V.,Quadakkers J.W., Sauthoff G., Scholz A., Singheiser L., Vilk J., Wang Y.
MARTENSrnC/FERRrnC SUPER HEAT-RESISTANT 650°C STEELS - DESIGN OF 3204MODEL ALLOYSKnezevic V., Sauthoff G.
MARTENSITIC/FERRITIC SUPER HEAT-RESISTANT 650°C STEELS - 3205THERMODYNAMICS AND KINETICS OF PRECIPITATION REACTIONSVilk J., Schneider A., Inden G.
IMPROVEMENT OF CREEP RUPTURE STRENGTH OF HIGH STRENGTH 12Cr 3206
FERRTnC HEAT-RESISTANT STEELUehara T., Toji A., Komatsubara S., Fujita T.
DEVELOPMENT OF A NEW 18Cr-9Ni AUSTENITIC STAINLESS STEEL BOILER TUBE 3207
Ishitsuka T., Mimura H.
ALLOY DESIGN FOR ULTRA-HIGH TEMPERATURE STEAM TURBINE 3208APPLICATIONS: PHASE FIELD SIMULATION OF THE REMELTING PROCESSBottger B., Steinbach I., Fries S.G., Chen Q., Sundman B.
WORKABILITY AND DEVELOPMENT OF T/P23 (2-25 % Cr-1.6W-Nb-V STEEL) FOR 3209FOSSIL BOILER AND COMBINED CYCLE APPLICATIONSGabrel J., Lefebvre Bo., Vaillant J.C., Vandenberghe B.
XVIII
NEW WROUGHT Ni-BASED SUPERALLOYS WITH LOW THERMAL EXPANSION 3210FOR 700C STEAM TURBINESYamamoto R., Kadoya Y., Kawai H., Magoshi R., Noda T., Hamano S., Ueta S., Isobe S.
DEVELOPMENT OF A NEW 12% Cr-STEEL FOR TUBES AND PIPES IN POWER 3211PLANTS WITH STEAM TEMPERATURES UP TO 650°CBendick W., Gabrel J., Vaillant J.-C, Vandenberghe B.
HIGH PERFORMANCE LOW ALLOY STEEL CASTING FOR STEAM TURBINE 3212Ishii R., Tsuda Y., Yamada M., Dceda K., Kaneko J.
DEVELOPMENT OF HIGH STRENGTH 9Cr STEEL BY COMBINATION OF FINE 3213MX-TYPE NITRIDES AND NO CARBIDETaneike M., Sawada K., Abe F.
DEVELOPMENT STEPS OF NEW STEELS FOR ADVANCED STEAM POWER PLANTS 3214Mayer K.H., Blum R., Hillenbrand P., Kern T.-U., Staubli M.
GUIDING PRINCIPLES FOR DEVELOPMENT OF ADVANCED FERRITIC STEELS 3215FOR 650°C USC BOILERSAbe F., Okada R , Wanikawa S., Tabuchi M., Itagaki T., Kimura K.,Yamaguchi K., Igarashi M.
Poster Presentations
3.3. Mechanical Properties
LONG TERM CREEP AND CREEP FATIGUE PROPERTIES OF THE MARTENSITIC 3301STEELS OF TYPE (G)X12CrMoWVNbN10-l-lSchwienheer M., Haase R , Scholz A., Berger C.
TWO SPECIMEN COMPLEX THERMAL-MECHANICAL FATIGUE TESTS ON THE 3302AUSTENITIC STAINLESS STEEL AISI316 LRauK., Beck T., Lone D.
CREEP PROPERTIES OF AUSTENITIC STAINLESS 353 MA AT 1100°C AND 1200°C 3303Wu R., Seitisleam F., Sandstrom R.
PROPERTIES AND EXPERIENCES WITH A NEW AUSTENITIC STAINLESS STEEL 3304(TEMPALOY AA-1) FOR BOILER TUBE APPLICATIONMinami Y., Tohyama A., Hayakawa H.
IMPROVEMENTS IN THE SHORT TERM CREEP STRENGTH OF AISI 304L BY 3305MEANS OF GRAIN BOUNDARY DESIGN AND CONTROLSpigarelli S., Cabibbo M., Evangelista E , Palumbo G.
XIX
MICROSTRUCTURAL FEATURES INFLUENCING THE CREEP PROPERTIES OF 33069-12 % Cr-STEELS FOCUSING ON LAVES-PHASE PRECIPITATIONStocker Ch., Spiradek K., Zeiler G.
CREEP PROPERTIES OF PRECIPITATION STRENGTHENED CARBON FREE 3307MARTENSITIC ALLOYSMuneki S., Okubo R , Okada R , Yamada K., Igarashi M., Abe F.
MICROSTRUCTURE AND PROPERTIES OF MODIFIED 3% Cr STEELS 3308Foldyna V., Jakobova A., Vodarek V., Kroupa A., Kubon Z.
AN ASSESSMENT OF CREEP RUPTURE DATA ON STEEL E911 3309Allen DJ., Servetto C.
EFFECT OF Cr CONTENT ON THE CREEP STRENGTH AND MICROSTRUCTURAL 3310CHANGE IN HIGH Cr HEAT RESISTANT STEELMiki K., Azuma T., Ishiguro T., Hashizume R., Murata Y., Morinaga M.
THE EFFECT OF THE ELEMENT CARBON ON THE TOUGHNESS AND THE CREEP 3311RUPTURE STRENGTH EN 12Cr HEAT RESISTANT STEELSRyu S.R, Kim M.S., Lee Y.S., Kang S.T., Kim J.T., Yu J.
STRAIN RANGE PARTITIONING ANALYSIS FOR CREEP-FATIGUE LIFE OF 3312FERRITIC HEAT-RESISTING MATERIALSKimura M., Kobayashi K., Yamaguchi K.
HIGH TEMPERATURE CREEP BEHAVIOUR AND MICROSTRUCTURAL CHANGES 3313OF TAF 650 STEELSvoboda M., Bursik J., Podstranska I., Kroupa A., Sklenicka V., Mayer K.-H.
STRESS CHANGE EXPERIMENTS IN LOW STRESS CREEP REGIME OF P-91 TYPE 3314STEELKloc L., Sklenicka V.
INVESTIGATIONS AND ANALYSIS ON THE STATIONARY CREEP BEHAVIOUR OF 33159-12 % CHROMIUM FERRITIC MARTENSITIC STEELSDimmler G., Weinert P., Cerjak H.
ALLOY DESIGN FOR ULTRA HIGH TEMPERATURE STEAM TURBINE 3316APPLICATIONS: CREEP BEHAVIOUR AND MODELLING OF CREEPThoma A., Scholz A., Berger C.
EFFECT OF ALLOYING ELEMENTS ON CREEP PROPERTIES OF Pd ADDED 9Cr 3317
FERRITIC STEELSOkada R , Muneki S., Yamada K., Okubo R . Igarashi M., Abe F.
IMPROVEMENT OF CREEP STRENGTH OF PRECIPITATION STRENGTHENED 15Cr 3318HEAT RESISTANT FERRITIC STEELSToda Y., Tohyama R , Kushima R , Kimura K., Abe F.
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LONG-TERM CREEP STRENGTH PREDICTION OF HIGH Cr FERRITIC CREEP 3319RESISTANT STEELSKushima R, Kimura K., Abe F.
EVALUATION OF CREEP PROPERTIES AND MICROSTRUCTURES ON 3320THERMO-MECHANICAL AND MAGNETIC TREATED 9Cr FERRITIC STEELSOkubo R, Muneki S., Okada R, Yamada K., Igarashi M., Abe F.
3.4. Steam Oxidation and Coatings
OXIDATION OF ADVANCED FERRrnC/MARTENSITIC STEELS AND OF COATINGS 3401IN FLOWING STEAM AT 650°CKnodler R., Scarlin B.
STEAM OXIDATION OF 9-12Cr MARTENSITIC STEELS: CHARACTERISATION AND 3402MODELLING THE SPALLING OF OXIDE SCALEOsgerby S., McCartney L.N.
MECHANICAL AND OXIDATION TESTING OF ADVANCED MATERIALS FOR 3403STEAM POWER PLANTSBontempi P., Guardamagna G, Ricci N., Torn L.
IMPROVEMENT OF STEAM OXIDATION RESISTANCE FOR FERRITIC HEAT 3404RESISTANT STEELSKutsumi R, Itagaki T., Abe F.
STEAM OXIDATION OF HIGH CHROMIUM FERRITIC STEELS CONTAINING 3405PALLADIUM
Itagaki T., Kutsumi R, Igarashi M., Abe F.
Poster Presentations
3.S. Weldine
DESCRIPTION OF THE MATERIAL BEHAVIOUR IN GIRTH WELDS DURING 3501WELD FABRICATION AND FOR HIGH TEMPERATURE SERVICEMohrmannR.
AN ASSESSMENT OF CREEP RUPTURE DATA ON E911 STEEL WELDMENTS 3502ServettoG, Allen DJ.
CHARACTERIZATION OF MATCHING FELLER METALS FOR NEW FERRITIC- 3503BAINITIC STEELS LIKE T/P23 AND T/P24Heuser R, Jochum C.
EVALUATION OF THE WELDED JOINTS IN P92 AND P122PEPE STEELS 3504Ryu SJL, Lee K.W., Chi B.R, Lee S.Y., Kong B.O., Park S.R, Nam S.W., Iim B.S., Kim B J.
XXI
CREEP STRENGTH AND MICROSTRUCTURES FOR HAZ OF WELDMENTS OF 3505HIGH Cr FERRITIC STEELSMatsui M., Tabuchi M., Watanabe T., Kubo K., Abe F.
RESEARCH AND DEVELOPMENT OF NEW MARTENSITIC STEELS 3506Artinger A., Rozsavolgyi Z.
Poster Presentations
3.6. Applications
THE FIRST SUPERCRITICAL POWER UNIT IN POLAND. WELDABILITY 3601
EVALUATION OF NEW MARTENSITIC CHROMIUM STEELS WITH TUNGSTENADDITIONS AND PROPERTIES OF WELDED JOINTSBrozda J., Zeman M., Pasternak J.
APPLICATION OF A NEW ROTOR STEEL FORGING FOR MEDIUM RATING SINGLE 3602CYLINDER STEAM TURBINESYamada M., Tsuda Y., Kaneko J.
THE FIRST INDUSTRIAL CAST OF CrMoCoB ADVANCED STEEL FOR CAST 3603TURBINE COMPONENTSContessi E., Del Vecchio D., Ghidini A., Valenti S., Carosi A., Di Gianfranceso A., Ielpo F.M.
OUTLOOK
Invited Papers - 4.0. Oral Presentations
MATERIALS DEVELOPMENT FOR ADVANCED VISION 21 POWER PLANTS 4001Ruth L.A.
TRENDS IN POWER ENGINEERING IN JAPAN AND REQUIREMENTS FOR 4002IMPROVED MATERIALS AND COMPONENTSMasuyama F.
POWER GENERATION IN SOUTHERN AFRICA 4003DeBeerJ.A., OlshaZ.
ENERGY RESEARCH IN THE SIXTH FRAMEWORK PROGRAMME 4004Busquin P.
