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Constructing Envs; Week 6 - Model making
Madelaine Walsh 635 805
Our group has been focusing on the extension of the MSLE building on campus at Melbourne University. A new structure/foyer area has been built which joins the two existing buildings together. The primary structures of the MSLE extension were identified as:
Ø Load bearing walls Ø Steel beams Ø Timber rafters Ø Existing brickwork Ø Existing concrete slab
Secondary structures:
Ø Timber battens Ø Timber joists Ø Lino flooring Ø Plaster board Ø Colour-bond roof sheeting
The roof structure over the new extension was constructed using steel L beams bolted into the existing brick walls. The primary wall structures were existing brick with timber stud walls, plaster board cladding and a fire curtains. The floor system was composed of an existing concrete and steel structure. After looking through the plans as a group, we found that the new MSLE extension receives structural support from the two adjacent buildings, which have pad and pile footings. The extension is set on an existing concrete slab.
- When pad footings are used, there is usually a column or pier sitting in the middle of a square base. These types of footings help to spread the load out.
- Piles are a less expensive type of foundation system and often depend on the soil type surrounding the structure.
SFL NEW LFR GF0.000
SFL NEW LFR L13.175
SFL
NEW LFR LEVEL26.350
CL
NEW LFR L1CEILING6.125
SFL PLANT ROOM9.700
SFLOLD LFR L1 3.700
SFL BASEMENT-2.630
SFL
PLANT ROOMROOF12.800
A C D EB
NEWLIFT
LANDING
NEWLIFT
LANDING
NEWLIFT
LANDING
CIRC000A
NEW ROOF WITH FIXEDSKYLIGHTS
NEW RAMPEDBRIDGE LINK
NEW GLAZED FACADE
SFL LIFT OVERRUN10.100
EXTENSION1780
ENTRY
OUTDOORDECK
BAL2 GL06
EXISTING STEPS DOWNTO BASEMENT
NEW METAL DECKROOF
NEW CONCRETEFLOOR
4A08.01
1A07.01
DG.27DG.29
NEW FIRE CURTAINS
FIPFIN
STUDENT'TOOL SHED'
EXISTING ROOF
5A10.01
DG.04
AUTOMATIC SLIDING DOOR
CFC SHEETCLADDING TOPARAPET WALL.WALL TYPE L4
D1.01
EXISTING PAVING
INFILL WALLS TOEXISTING OPENINGS
4A09.11
SFL NEW base-2.805
175
2185
SFLNEW LFR GF 0.000
SFLNEW LFR L1 3.175
SFL
NEW LFR LEVEL2 6.350
SFL
NEW LFR GFCEILING 2.900
CL
NEW LFR L1CEILING 6.125
SFL OLD LFR GF-0.300
CL
NEW LFR L2CEILING 9.300
SFLPLANT ROOM 9.700
SFL OLD LFR L13.700
CL
OLD LFR GFCEILING3.300
CL
OLD LFR L1CEILING7.300
SFLBASEMENT -2.630 SFL
OLD LFRBASEMENT-2.630
1 2 3 4 5 6 7 8 9 10 11 12 132
A06.06
14
SFLLIFT OVERRUN 10.100
1A06.07
GROUPSTUDYG07
STUDENTLOUNGEG11
CIRC000A
EXISTINGLABORATORYG29
FHR
2A06.07
3A06.06
2A09.104
A09.10
1A09.10
2A09.12
DG.04 CORRIDORDG.03 WG.08 WG.07DG.02
DG.20DG.19
BEAMBEAM BEAM
KITCHENETTE
NEW CONCRETE SLAB TOSTRUCTURAL ENGINEER'S DETAILS
THROUGH T
O
ACAD
EMIC
GREENHOUSE
THROUGH T
O
ACAD
EMIC
GREENHOUSE
NOT IN SCOPE OF WORKS
NOT IN SCOPE OF WORKS
5A09.11
7A09.11
MALE WCG06
SFLNEW base -2.805
SFL OLD LFR GF-0.300
SFL OLD LFR L13.700
CL
OLD LFR L1CEILING7.300
SFL BASEMENT-2.630
ACDE B
3000
GROUPSTUDYG07
CORRIDOR
OFP
TB03
BAL3WG.03WG.01
GL03
GL03
CON2
NOT IN SCOPE OF WORKS
NOT IN SCOPE OF WORKS
SFL NEW base-2.805
LEGENDEXISTING WALL
NOT WITHIN SCOPE OF WORKS
DATE PRINTEDCHECKED
SCALE
DRAWN BYPROJECT NO
DWG NO
TITLE
PROJECT
Revision No Date Name
Builders/Contractors shall verify job dimensions before any job commences. Figured dimensions shall takeprecedence over scaled work. Work shall also conform to the specification, other drawings and job dimensions.All shop drawings shall be submitted to the Architect/Consultant and manufacture shall not commence prior to thereturn of inspected shop drawings signed by the Architect/Consultant. © Copyright 2008 All rights reserved
Hayball Pty Ltd4/135 Sturt Street SouthbankVictoria Australia 3006T 03 9699 3644 F 03 9699 3708www.hayball.com.au
DirectorsLen Hayball, Richard Leonard Robert Stent, TomJordanLuc Baldi, Sarah BuckeridgeABN 84 006 394 261
CONSTRUCTION ISSUE
A 2010.08.10 CONSTRUCTION ISSUE
As indicated31/03/2011 2:28:00 PM
MELBOURNE UNIVERSITYMSLE BUILDING
SECTIONS - PROPOSED - SHEET 1
AuthorChecker
1564
A06.06
1 : 100A03.01
PROPOSED SECTION2
1 : 100A03.01
PROPOSED SECTION1
1 : 100A03.01
PROPOSED SECTION3
2
50mm LINISHED STAINLESS STEELCONTINUOUS HANDRAIL TO AS1428
50mm x 50mm LINISHED STAINLESSSTEEL SQUARE HOLLOW SECTION
PFC TO ENGR'S DETAIL
CLEAR GLASS TYPE GL06BALUSTRADE TO AS.1288.PROVIDE ALUMINIUM CAPPING ATTOP
40 x 35 TIMBER FLOORING
50
EXISTING BRICK WALL
865
100
BAL 1BAL 2
NEW WALL TO MATCH EXISTING TO INFILL WINDOW
5050
5010
00
1150
150 20
020
0
150MM HIGH TIMBER KERB - IN ACCORDANCE WITH AS 1428
1CA.12
SFL OLD LFR L13.700
2
NEW RAMP SUPPORT BEAM TO TIEBACK INTO OLD LFR FLOOR
EXISTING BRICK WALL
FRAMLESS GLASS TYPE GL06 BALUSTRADE
BAL2
LINISHED STAINLESSSTEEL UPRIGHTS ANDHANDRAIL INACCORDANCE WITH AS1428
NEW DOOR
50
865
10
100
50
150
100X30 TIMBERKERB WITH T-BARFIXED TO STEELTO RUN ALONGSIDES OF RAMPIN ACCORDANCEWITH AS 1428.
865
100
50
150
SFL NEW LFR L13.175
E
EXISTING LEVEL 1 SLAB. ASSUMED DOWNSTAND SHOWN TO REMAIN. CONFIRM ON INSPECTION
NEW CONCRETE SCREED
VINYL FINISH
TIMBER FINISH
STEEL ANGLE TO ENGINEER'S DETAIL
STEEL BEAM CLEATED TO ANGLE
150
METAL ANGLE RAMP KERBIN ACCORDANCE WITH AS.1428 TO BOTH SIDES OFRAMP
EXISTING CONCRETE WALL TO REMAIN AS UPSTAND
BALUSTRADE TYPE 1 INACCORDANCE WITH AS1428
DATE PRINTEDCHECKED
SCALE
DRAWN BYPROJECT NO
DWG NO
TITLE
PROJECT
Revision No Date Name
Builders/Contractors shall verify job dimensions before any job commences. Figured dimensions shall takeprecedence over scaled work. Work shall also conform to the specification, other drawings and job dimensions.All shop drawings shall be submitted to the Architect/Consultant and manufacture shall not commence prior to thereturn of inspected shop drawings signed by the Architect/Consultant. © Copyright 2008 All rights reserved
Hayball Pty Ltd4/135 Sturt Street SouthbankVictoria Australia 3006T 03 9699 3644 F 03 9699 3708www.hayball.com.au
DirectorsLen Hayball, Richard Leonard Robert Stent, TomJordanLuc Baldi, Sarah BuckeridgeABN 84 006 394 261
CONSTRUCTION ISSUE
A 2010.08.10 CONSTRUCTION ISSUE
1 : 1031/03/2011 2:28:42 PM
MELBOURNE UNIVERSITYMSLE BUILDING
RAMP SECTIONS - FIRST FLOOR
AuthorChecker
1564
A10.03
1 : 10A10.02
RAMP SECTIONDETAIL1
1 : 10A10.01
RAMP SECTIONDETAIL2
1 : 10A10.02
SECTION DETAIL3
Constructing Envs; Week 6 - Model making
Madelaine Walsh 635 805
The plans for the MSLE extension were drawn up at 1:100, so we aimed to complete our model at a scale of 1:50, which would be double what was seen in the plans. In class we worked with the floor, ceiling and roof plans to construct an appropriate model of the structural components of the MSLE extension. We started by with the floor as the base and built up from there. As the roof is composed of steel purlins that run horizontally across the roof we needed to figure out how these would have been attached to the existing walls. The plans showed the purlins being
bolted into the existing walls. We used pins as “bolts” to secure the purlins from one wall to the other. We were able to work out the length of the purlins by looking at the measurements of the floor as well as measuring the purlins on the architectural plans. In our first attempt of attaching the purlins we spaced them out evenly along the roof however, the plans actually showed that they were not evenly spaced along the width of the roof due to the placement of the skylights. The screenshot from the plans to the right shows the relationship between the steel purlins and the skylights on the roof of the extension. In the second attempt of this we followed the spacing used on the actual plans to the best of our ability to give a better representation of where the skylights would be in the roof.
SFLNEW LFR GF 0.000
SFLNEW LFR L1 3.175
SFL
NEW LFR LEVEL2 6.350
SFL
NEW LFR GFCEILING 2.900
CL
NEW LFR L1CEILING 6.125
SFL OLD LFR GF-0.300
SFL OLD LFR L13.700
1 2
EXISTINGLABORATORY CIRC
STUDENTLOUNGE
NEW 3 DEGREE PITCH ROOF
4A10.01
2A10.03
EXISTING WINDOW
NEW 2.5 DEGREE PITCHMETAL DECK ROOF
NEW 300MM WIDEBOX GUTTER
SFL U'SIDE EX. L13.400
GL01
PBL1
2A10.02
2650
2650
SKL
EQ970EQ
1 2
A
C
D
E
B 2A10.01
300 W
IDE
BOX
GUTT
ER
EXISTINGPIPES.PROVIDEPENETRATIONTHROUGH NEWROOF WITHFLASHING
"NEW
" LFR
BUI
LDIN
G
NEW SKYLIGHTS
PARAPET
NEW 3 DEG ROOF
RWH
LINE OF EXISTING EAVE OVERSHOWN DASHED
FALL
EXISTINGPIPES.PROVIDEPENETRATIONTHROUGH NEWROOF WITHFLASHING
"OLD
" LFR
BUI
LDIN
G
"NEW
" LFR
BUI
LDIN
GEX
ISTI
NGW
INDO
W
EXISTING METALDECK ROOF
EXISTING METALDECK ROOF
EX. FALL
EX. FALL
PARAPET TO EXTENDFROM EXISTINGUPSTAND
EXISTING GUTTER
EXISTINGROOF POP
EXISTING CONCRETE UPSTAND
SOAK
ER
FLASHING
FLASHING
SOAK
ER
FLASHING
FLASHINGSO
AKER
FLASHING
FLASHING
5A10.01
C.O.S3855
FAN
FAN
NEW 2.5DEGROOF
8023
1015
35
EQ EQ
1245
SKL
SKL
SKL
1 2
EXIS
TING
"OLD
" LFR
BUI
LDIN
G
300 X 150 BOX GUTTER
VELUX FIXED SKYLIGHT"FCM 2234"665 X 970 MM
EXISTING ROOF
COLORBOND KLIPLOKROOF SHEETING
COLORBOND ROOFFLASHING
C SECTION PURLINSTO ENGR'S DETAIL
NEW DOOR
EXIS
TING
"OLD
" LFR
BUI
LDIN
G
EXIS
TING
"NEW
" LFR
BUI
LDIN
G
PBL1
13MM FLUSH JOINTEDPLASTERBOARD CEILINGLINING ON SUSPENDEDMETAL SYSTEM
SOAKER
PARAPET BEYOND
ANGLE TO ENGR'S DETAIL
COLORBOND ROOFFLASHING SKL
PROVIDE DOUBLE GLAZINGSEAL AS SPECIFIED
970
6A10.01
R3.2 ROOF INSULATION
SFL NEW LFR GF0.000
SFL NEW LFR L13.175
SFL
NEW LFR LEVEL26.350
SFL
NEW LFR GFCEILING2.900
CL
NEW LFR L1CEILING6.125
SFLOLD LFR GF -0.300
SFLOLD LFR L1 3.700
CL
OLD LFR GFCEILING 3.300
CL
OLD LFR L1CEILING 7.300
12
WG.09 DG.04
EX. RWH
RWH
EXISTING SHOWNSHADED GREY
BR01
HATCHED AREAINDICATESEXTENT OF NEWBRICK QUIONINGFORMED TOMATCH BRICKQUIONING ABOVE(REUSE OFRECOVEREDBRICKWORK)
EXISTING OUT HOUSEFLOOR & PART WALLTO BE RETAINED
NOM
.32
5
WG.10
GL03GL03
GL03
CLB1
ZN01
ZN01
NEW ZINC CLADDING TOEXISTING BUILDIINGFACADE
NEW AUTOMATICSLIDER WITHINEXISTING BUILDING
NEW PARAPETWALL ABOVENEW GLAZING
2A10.02
CLB1
CL
NEW LFR L1CEILING6.125
EXISTING ROOF
NEW PARAPET WALL TOEXTEND FROM EXISTINGPARAPET WALL. COLORBONDCLADDING ON FURRINGCHANNELS
NEW COLORBONDKLIPLOK ROOF CLADDINGON AIR CELL SARKING &INSULATION BLANKET ASSPECIFIED.
ROOF PURLINS TOENGINEER'S DETAIL
EXISTING BOX GUTTER ANDEXISTING ROOF
FLUSH JOINTED PLASTERBOARDON SUSPENDED METAL CEILINGSYSTEM
40 X 400 PURPOSE MADEFOLDED COLORBONDBASE TRIM TO CLADDING /EXISTING WALL JUNCTION
970
GLASS TOP. REFER TOSPECIFICATIONS
EXTERNAL CONDENSATIONWEEP HOLES
CLOSURE OF RIB END TO ROOFSHEETING
GRADED SUPPORT UPSTANDAS REQUIRED. HEIGHT OFUPSTAND TO MIN. 65mmABOVE ROOF SHEET PROFILE
APRON FLASHING TOUPSTAND
1200x600 TRANSLUCENTDIFFUSER TO RAKEDPLASTERBOARD
LINE INTERNAL SHAFTWITH 13mmPLASTERBOARD. PAINTFINISH
N
DATE PRINTEDCHECKED
SCALE
DRAWN BYPROJECT NO
DWG NO
TITLE
PROJECT
Revision No Date Name
Builders/Contractors shall verify job dimensions before any job commences. Figured dimensions shall takeprecedence over scaled work. Work shall also conform to the specification, other drawings and job dimensions.All shop drawings shall be submitted to the Architect/Consultant and manufacture shall not commence prior to thereturn of inspected shop drawings signed by the Architect/Consultant. © Copyright 2008 All rights reserved
Hayball Pty Ltd4/135 Sturt Street SouthbankVictoria Australia 3006T 03 9699 3644 F 03 9699 3708www.hayball.com.au
DirectorsLen Hayball, Richard Leonard Robert Stent, TomJordanLuc Baldi, Sarah BuckeridgeABN 84 006 394 261
CONSTRUCTION ISSUE
A 2010.08.10 CONSTRUCTION ISSUE
As indicated31/03/2011 2:28:37 PM
MELBOURNE UNIVERSITYMSLE BUILDING
CONNECTING ROOF DETAILS
AuthorChecker
1564
A10.01
1 : 50A10.01
SECTION2 1 : 50A03.04
ROOF PLAN1
1 : 20A10.01
SECTION DETAIL4
1 : 50A15.19
ELEVATION3
1 : 10A06.06
ROOF PARAPETDETAIL5
1 : 10A10.01
SKYLIGHT DETAIL6
SKYLIGHT LENGTH
B 2010.11.10 DIMENSIONS ADDED TO ROOF SKYLIGHTS
C
C 2010.11.23 REVISED DIMENSION TO SUIT EXISTING CONDITION
Spacing of steel purlins according to the roof plans, larger gaps left for skylights.
Constructing Envs; Week 6 - Model making
Madelaine Walsh 635 805
After successfully constructing the roof, we looked at the construction of the mezzanine level. Leading up from the stairs at the rear of the extension the mezzanine level sits on a number of galvanised steel beams. The steel beams are bolted into the existing brick wall and support the load/ weight of the additional level. The first time we attempted to build in the 6 “steel beams” we laid them flat, however this turned out to not be enough to support the weight of the mezzanine. We tried again, this time turning the beams around so that they were able to better support the additional level. Once again we used pins to secure/bolt the beams into the walls. This method worked quite well as it held the beams in the correct place.
Galvanised steel would have been used in the roof structure of this area, as seen in the image above, There was galvanised steel beams that would’ve been bolted to the existing buildings in order for the roof to hold lateral and vertical forces.
Beams turned on vertical axis were able to better support the load of the mezzanine level.
Beams placed flat/horizontally, bolted into existing wall were not able to effectively support extra load.
Constructing Envs; Week 6 - Model making
Madelaine Walsh 635 805
The final part of the structure we added to our model was the stairwell area at the rear of the building. This area continues on from the corridor between the two existing buildings and houses the staircase leasing up to the mezzanine. Using the width of the floor already in place we took more measurements form the plans and constructed the rectangle and hexagonal floor for the stairwell. We then built the walls up from here. Overall our model was able to depict the major structural elements of the MSLE extension even though it may not have been the neatest/ most precise model. If we were to redo the model I think it would have been a better idea to use a combination of pasteboard and balsa wood to effectively show the structure of the building. I think balsa wood would have been good to use for the steel beams and purlins.
Constructing Envs; Week 6 - Model making
Madelaine Walsh 635 805
References
Chapter 1; Footings and Foundations2012, [Recampus], [Online]. Available: http://www.recampus.com/documents/book15_c01.pdf [2013, September 11th].
Ching, F.D.K. 2008, "Chapter 3; Foundation Systems" in, 4th Edition edn, John Wiley & Sons, Inc., pp. 3.02-3.25.
Ching, F.D.K. 2008, "Chapter 6; Roof Systems" in, 4th Edition edn, John Wiley & Sons, Inc.