PODIUM USAGE: (CLOSED) - CREATION OF A NEW ‘LANEWAY’ TO REFLECT AND CONTINUE MADAME BRUSSELS LANE (TO THE SOUTH), ENCOURAGE THROUGH FOOT TRAFFIC - UTILISES EXISTING THOROGHFARE AND LA TROBE/ LITTLE LONSDALE STREET CONNECTION AND ACTIVATES IT WITH RETAIL AND CAFES - INTERGRATES MELBOURNE’S ICONIC ‘LANEWAY’ CULTURE
PODIUM USAGE: (OPEN/GLAZED) - PUBLIC PLAZA, MAIN ENTRANCE, CIRCULATION ROUTE - INCLUDING STREET LANDSCAPING - ENCOURAGE STREET AND PEDESTRIAN INTERACTION AND ACCESS AND CROSS/CIRCULATION
PEDESTRIAN CIRCULATION
TO THE CBD
CUT FOR VIEWS TO NORTHERN SUBURB
VIEWS (EAST TO NORTHWEST)
?
PRESSING (FOR THE CROWN)
CUT FOR VIEWS
CUT FOR VIEWS
BUILDING HEIGHT TO FIT THE CONTEXT
GFA:2, 024m TOTALBUI LDI NG GFA: 2 97, 892m TOTALBUI LDI NG NLA: 70, 371m2
WC
WC
GFA:1, 506m2 NLA:1, 263m2 Ef f i c i enc y :83. 9%
WC
WC
GFA:1, 760m NLA:1, 482m2 2 Ef f i c i enc y :84. 3 %
WC
WC
GFA:1, 904m 2 NLA:1, 524m 2 Ef f i c i enc y :80. 0%
WC
WC
GFA:2, 024m2 2 NLA:1, 521m Ef f i c i enc y :75. 1%
SKYRI SE HI GHRI SE MI DRI SE
N O I T I B I H X E
ST
LOWRI SE
T E E R T S E B O R T LA
PODIUM USAGE : (CLOSED): - PUBLIC PLAZA, MAIN ENTRANCE, CIRCULATION ROUTE - INCLUDING STREET LANDSCAPING - ENCOURAGE STREET AND PEDESTRAIN INTERACTION AND ACCESS AND CROSS-CIRCULATION
ROOF GARDEN
TOP ROOF USAGE: - LUXURY SKY GARDEN
PODIUM USAGE : (OPENED/GLAZEED): - CREATION OF A NEW “LANEWAY“ TO REFLECT AND CONTNUE MADAME BRUSSELS LANE (TO THE SOUTH), ENCOURAGE THROUGH FOOT TRAFFIC - UTILIZE EXISTING THOROUGHFARE AND LA TROBE/ LITTLE LONSDALE STREET CONNECTION AND ACTIVITIATES IT WITH RERTIAL AND CAFES - INTEGRATES MELBOURNE ICONIC “LANEWAY“ CULTURE
BUILDING STRUCTURE SYSTEM : CONCRETE TUBE IN TUBE
BUILDING MODULE : 1500mm; Column spacing in 3 modules, 4500mm
EXTERNAL OR MAIN CORE WALLS : LOW-RISE FLOORS: 600mm MID-RISE FLOORS: 450mm HIGH-RISE FLOORS: 250mm SKY-RISE FLOORS: 250mm
INTERNAL NON LOAD BEARING WALLS : ALL FLOORS: 150mm
CROWN : STEEL COLUMN STEEL SIDE RAIL DIAGONAL STEEL FRAME BRACING STEEL COLUM: transferring loads from the steel structure to the core
MECHANICAL LEVEL : between high-rise and sky-rise
TRANSFER BEAM SUPPORT BEAM BAND BEAM EDGE BEAM
TRANSFER TRUSS
OUTRIGGER TRUSS
PODIUM :
WARREN VERSION TRUSSES
4 A2.3
1
A2.3
SKY-RISE TO HIGH-RISE NOT TO SCALE
6 A2.3
7 A2.3
3 A2.3
A2.3
TYPICAL FLOOR-TO-FLOOR NOT TO SCALE
NOT TO SCALE
A2.3
A2.3
NOT TO SCALE
9
SKY-RISE TO HIGH-RISE
5
2
SKY-RISE UNDER SLAB VIEW
LOW-RISE TO MID-RISE NOT TO SCALE
8 A2.3
HIGH-RISE- SKY RISE TRANSITION FLOOR UNDER SLAB VIEW
10
HIGH RISE-SKY RISE TRANSITION/ MECHANICAL FLOOR - TRANSFER TRUSSES
NOT TO SCALE
A2.3
NOT TO SCALE
TYPICAL MID-RISE FLOOR UNDER SLAB VIEW NOT TO SCALE
LOW RISE -MID RISE TRANSITION FLOOR UNDER SLAB VIEW NOT TO SCALE
LOW-RISE FLOOR PLATE AND BEAMS STRUCTURE NOT TO SCALE
CROWN
PHOTOVOLTAIC TRANSPARENT GLASS PANELS
SKY RISE
UNITIZED GLAZING SYSTEM
ONE-WAY VISION DECAL ON LAMINATED GLASS
FACADE SYSTEM OVERVIEW
HIGH RISE
MECHANICAL FLOOR LEVEL
The building's envelope concept is developed based on the previous established 1500mm building module. The façade system for this building is double facade. The combination of two facades from a glass ventilation. It enhances the ventilation and protect the interior of the building from direct sunlight and heat. The inner façade is a unitized curtain wall system. Each building module is installed in a split mullion with the installation of curtain wall unit (1500mm) and louvre. It allows the hot air to exit from the interior to the space between the two façades, raise and eventually exhausted from the building. The outer façade is made up of a triple layers laminated glass with a one-way-vision decal on the middle layer. This assists with sunlight protection as well as enhancing the architectural design of the building with the ability to create a decorative façade expression. This layer is linked back to the building with a 1 meter width steel walkway mesh deck walkway. It is designed to assist the maintenance of the outer façade. STRUCTURAL TRUSSES
PHOTOVOLTAIC TRANSPARENT GLASS PANELS
MID RISE
MECHANICAL FLOOR LEVEL
UNITIZED CURTAIN WALL UNIT OUTER FACADE
STEEL MESH GANTRY INNER FACADE
MECHANICAL FLOOR LEVEL
PODIUM
LOW RISE
MECHANICAL FLOOR LEVEL
LOUVRE
FACADE DESIGN OVERVIEW The façade system is designed to align with the overall design of showing the change of form after each mechanical level and to appreciate the structure the building. Therefore, we would like to set back at each mechanical level. It is done by having a double façade. On the other hand, the horizontal decal pattern of the outer façade is designed by the building form idea. The cutting edges of the building is seen in a horizontal way, making a circulated perspective. We would like to continue the whole idea by having horizontal pattern instead of vertical pattern.
ONE-WAY VISION DECAL ON LAMINATED GLASS
EQU EQUINOX
2pm in Summer (Northwest corner)
SUMMER SU SUM MER
WINTER W TE WIN
NORTH FACING
2pm in Winter (Northwest corner)
The 1 metre steel walkway between the two faรงade is acting horizontal shade to the interior. The sun shading study illustrates the ability of the horizontal shade to block the sun in summer; while allowing more sunlight and heat to enter in winter. Since the sun is coming in the north side, in order to prevent heat loss in winter from the west side, double glazing and low E glass will be used.
This building is designed to have a 30degree angled crown facing North. The angles shown are the optimal altitude angles for photovoltaic cells in Melbourne. The photovoltaic transparent glass panels transfer the direct conversion of solar energy to power for supporting the operation of the building.
This building utilizes a double facade with a 1 metre steel walkway mesh decking as the passive ventilation system. The outer facade has one-way vision decal on laminated glass.
COOLING SEASON
WARM AIR OUT
HEATING SEASON
WARM AIR OUT
COLD AIR IN
COLD AIR IN
In cool season, cold air comes in from the 300mm height windows from the outer and inner facades into the interior, warm air goes out from the louvres to the space between the two faรงades and exhausted out eventually. In hot season, the windows of the facades will be closed. Cold air supplies from the air duct through the ceiling diffuser, from the louvres to the space between the two faรงade and exhausted out eventually. Also, the outer facade has one-way vision decal on laminated glass so as to block sunlight from all directions.
Illoura Plaza, St Kilda Road, Melbourne
Australia on Collins, Melbourne
Lowell Thomas Communcations Center, New York
UNITIZED GLAZING SYSTEM
ONE WAY VISION DECAL ON LAMINATED GLASS
STEEL MESH GANTRY
STEEL STRUT
GLASS CANOPY WITH SPACE FRAME SUPPORT
GLASS CANOPY WITH SPACE FRAME SUPPORT SPIDER CLIP FITTING
SPIDER CLIP FITTING
COLUMN
STEEL MULLION CONNECTED WITH AIRLOCK
AUTOMATIC SLIDING DOOR
COLUMN
CABLE TERMINATION
15mm CLEAR INSULATED TEMPERED GLASS FACADE
AUTOMATIC SLIDING DOOR
AUTOMATIC SLIDING DOOR
AUTOMATIC SLIDING DOOR SPIDER CLIP FITTING 217.5mm WIDTH GUTTER ALONG CANOPY
15mm CLEAR INSULATED TEMPERED GLASS FACADE
SPIDER CLIP FITTING
GLASS CANOPY WITH SPACE FRAME SUPPORT UNDERNEATH
INTERIOR VIEW TO MAIN ENTRANCE WITH CABLE TRUSS GLAZING SYSTEM
STREET VIEW FROM NORTHWEST CORNER TO MAIN ENTRANCE OF THE BUILDING TOP VIEW FROM TOP OF THE CANOPY AT THE MAIN ENTRANCE AT THE NORTH SIDE
CLAMP POINTS
CABLE NET SYSTEM
APPENDIX A: AUTOMATIC SLIDING DOOR AND ENTRANCE AIRLOCK
APPENDIX B: CABLE TRUSS GLASS TYPE (WITH SPIDER FIXING)
The automa c sliding door is referenced from Dorma. It is the EL301 framed sliding door si ng inside the steel framed glass airlock at the entrance. Refer to h p://www.dorma.com/au/en/products/ opening_closing/automa c_sliding_door_operators/el_301_as/index-16490-16574-16575.html for more detail.
The structural glass facade type used for this building’s podium is cable truss type. It is using the spider fixing and the truss by the cable wiring going through through the cable node for sustaining. A Bolt assembly is used to connect in between the spider fixing and the facade glass. Refer h p://www.enclos.com/service-and-technology/technology/structuralglass-facades/facade-structures/cable-truss for more detail.
GANTRY FINISHES: STEEL MESH
50(W) MULLION
FLOOR FINISHES: 25MM FLOOR TILE
OUTDOOR
OUTDOOR GANTRY
LOBBY INDOOR
SCREW BUTTON 300 OPENABLE WINDOW FOR AIRFLOR WINDOW FRAME CEILING FINISHES: GREY METALWORK VECTOR-EDGE
LF MULLION SMOKE FLASHING REBATE IN CONCRETE SLAB FLOOR ANGLE BRACKET SILL COVER ANCHOR BOLTS
PATCH FITTING CABLE STRUT FINISHES: CAST STAINLESS STEEL
BULB SEAL
CABLE NET FINISHES: GREY CABLE WIRE
FLASHING TIMBER STUD
SPIDER FIXING FINISHES: CAST STAINLESS STEEL
STEEL MESH GANTRY
CAST-IN INSERT
STEEL SUPPORT GUTTER FINISHES: MILL FINISH ALUMINUM
FIRE STOP ANGLE FIXING STEEL SUPPORT TO CURTAIN WALL
SUPPORTED STEEL
SPACE FRAME FINISHES: GALVANIZED STEEL
VAPOR BARRIER INSULATION
COLUMN FINISHES: STAINLESS STEEL COLUMN COVER
ALUMINIUM PANEL MULLION AIRLOCK FINISHES: STEEL PORTAL FRAMED
AUTOMATIC DOOR FINISHES: ALUMINUM FRAMED SLIDING DOOR
OUTDOOR
INDOOR
CANOPY GLASS
FLOOR FINISHES: 15MM CARPET ON FLOOR TILE
OUTDOOR
INDOOR
FLASHING 230(W) GUTTER SUPPORTED TIMBER BATTEN
ANGLE FIXING TO STEEL FRAME AND SPIDER CLAMP GLASS SYSTEM FITTING
OUTDOOR
INDOOR AUTOMATIC SLIDING DOOR SIMILAR TO DORMA EL301 MODEL
SEAL BREAK STEEL PORTAL FRAME
STAINLESS STEEL DOOR SILL SUPPORT TO BE FIELD ENGINEER
ROLLER GUIDES TO INSIDE OF BOTTOM DOOR RAIL
SPACE FRAME SUPPORTED STEEL STEEL BEAM
RUBBER SEALANT
AIRLOCK
CURTAIN WALL
PREST PRESSED CABLE STEEL STRUT CABLE TERMINATION SPIDER CLAMP BACK ASSEMBLY
WATERPROOF MEMBRANE S.S. FRONT RING AND G-FITTING