The Exhibition St Tower_Applied Architecture Technology by yilan zhao

The orientation of the podium responds to the orthogonal ‘Hoddle Grid’ of Melbourne’s CBD. The tower springs from the square base in a cuboid shape. The tower is then rotated clockwise 24o to follow the rotation of other tall buildings in the CBD. This results in a much more even dispersement of daylighting throughout the day, and means that one facade is not subjected to the harsh northern and western sunlight. The rotation also allows for better views, especially towards the Carlton Gardens from multiple sides of the building. The dispersement of heat gain and views is further accentuated when the north and south corners of the cuboid shape are chamfered at a 45o angle. This increases the number of facades, and allows more light into office spaces.

CONCEPT DEVELOPMENT

17.25m 18m

DESIGN DEVELOPMENT

11m 18m

SKY GARDEN

LA TROBE ST

SITE PLAN 1:3000 @ A2

SITE PLAN & SETBACKS

The setbacks of the tower satisfy the minimum restrictions of no less than 5m setback from the main streets, and no less than a 6% of the total building height setback (18m) from the east side and back laneway.

EXHIB

ST ITION

RESPOND TO GRID

ROTATE 24o

RESPODE TO THE GRID

ROTATE

CUT Lonsdale St

CUT

INFILL: SKY GARDEN

CONTEXTUAL ELEVATIONS

SITE PLAN 1:3000 @A2

ELEVATION WITH CONTEXT

LONDSDALE ST VIEW

LONSDALE ST ELEVATION LA TROBE ST & EXHIBITION ST CORNER APPROACH

The building becomes the central focal point in the height context of its block. Lonsdale Stmotion towards the new building. The surrounding buildings create an upwards

SPRING STREET ELEVATION

This street acts as a boundary between the city and the garSpring St dens beyond. The building responds to these gardens with a proposed sky garden and a crown that slants away from the gardens, giving a less imposing impression to viewers below.

PRECEDENTS

FACADE DESIGN 19 DUNCAN STREET, TORONTO ARCHITECT: HARIRI PONTARINI CENTRAL POINT OF THE REGION SKY GARDEN ECHOS TO CARLTON GARDEN ARCHITECTS

SITE ANALYSIS

The building features white vertical fins that act as shading devices whilst minimizing glare, and accentuate its elegant proportions.

PRECEDENTS

Spring St

POPULATION FLOW THROUGH PLAZA

The public are able to move through the site via the open plaza podium at the Exhibition Street and La Trobe Street corners. This activates the corner and allows better ease of movement into the building, as well as a shortcut for passersby.

SURROUNDING PUBLIC TRANSPORT

Tram stops on La Trobe Street sit right outside the building. A bus stop is also situated very nearby on the west side of Exhibition Street. The largest amount of pedestrian traffic will come from the Parliament railway station on Spring Street. This is a main city stop that serves four different lines out of the city.

SUBTRACTION BRAVO PAZHOU, GUANZHOU ARCHITECT: AEDAS Specific masses are amalgamated into a single iconic composition but with distinctive functions visible as ‘cut-outs’ throughout the building.

SITE CONTEXT

TRANSPORTATION

SKY GARDEN

FACADE DESIGN

DESIGN IDEA: SUBSTRACTION

SKY GARDEN SITE RESPONSE

VIEWS

With the tall, obstructive surrounding buildings highlighted, there is still ample opportunity for great views from the proposed building from all sides, particularly towards the north & Carlton Gardens. This is due to the rotation of the building, allowing more than one facade to enjoy unobstructed views.

GROUP 2

VIEWS CAPTURE Yilan Zhao, Xinjie Hu Lucy Lever-Brine,

FRANCIS GOLDING TERRACE 20 FENCHURCH STREET, LONDON ARCHITECT: RAFAEL VINOLY Our tower is a slim cuboid shape erecting from a square base. The orientation of podium follow The the orthogonal ‘Hoddle Grid’ public which is an urban design used to easily sky garden - a free structure the process rapid urbanizationspaceof- offers spectacularallowing views for the subsequent process of selling and serving allotments. that orientation, our tower rotates a little across the city. Based Duringon the winter, more clockwisesunlight to allow streams that moreinto thanthe oneatrium facade can have sunset and greenery view. Besides,we cut theusing north passive and south cornerstoof tower to increase numbers of SITE CONTEXT space, design The abundance of trees and landscaping acts as a transition be- which can facades views ofwinter the Carlton garden and CBD, as well as daylight act capture as a warming garden. tween the concrete jungle of the city and the Carlton Gardens to access. The main entry along La Trobe Street and Exhibition Street is designed as an the north. undercovered open plaza, which provides gathering and communication space for the public and relieves the excessive circulation around this area.

POPULATION FLOW Assignment 1_ T24_ABPL90118_2019_S1 FEASIBILITY

A 1.1

For sky-rise section, the tower slightly reduced the gross floor area on the northeast facade. This design idea aims to allow higher percentage of rentable offices have daylight access and sketch a unique form in the city. Furthermore, we place a sky garden on high-level of the tower which is looking over the Carlton Garden and

The double-height ground floor of the tower is used as an entry point for the levels above, whilst the ground floor at the podium is partly designed as an undercover open plaza that relieves excessive circulation around the busy corner, as well as retail spaces. Levels 2-4 in the podium have the opportunity to be rented as office spaces, greatly increasing the NLA for these floors. The low-rise levels above the podium share an identical floor plate to the mid-and high-rise floors.

TYPICAL FLOOR PLATES SCALE_1:750 @ A2

As the building reaches the sky-rise section and above, it begins to slope away from the north-east side (the main street corner), resulting in a slightly reduced GFA as each floor ascends. The sky garden also reduces the NLA of floors 40-42, giving them access to the garden atrium.

48000 13500

21000

13500

A bank of six lifts service each office section of the building, and terminate at the mechanical floor above each section. Each bank of lifts travels from the Ground Floor to each of their respective levels, bypassing the levels below. The hotel and restaurant are accessed by four express lifts that travel directly from the ground floor to the 11 floors in the crown.

36435

11200

1493m2 1249m2 83.6%

15735

GFA NLA EFFICIENCY

The crown is home to 11 floors of premium hotel space that can be used by both the public, and tenants of the offices below. Level 51 is the hotel restaurant, and the hotel is also equipped with a gym, sauna, a large function space and several small meeting spaces.

9500

HOTEL TYPICAL FLOOR PLAN

4800 13500

13500

21000

18562 1415m2 76.2%

13250

47200

21500

GFA NLA EFFICIENCY

5200 7250

SKY RISE TYPICAL FLOOR PLAN

4800 13500

13500

21000

4800

2230m2 1789m2 80.2%

LIFT PROJECTION DIAGRAM

13250

21500

GFA NLA EFFICIENCY

13250

HIGH RISE TYPICAL FLOOR PLAN

48000 13500

21000

MID RISE

13250

MID RISE TYPICAL FLOOR PLAN 2230m2 1789m2 80.2%

7800 5450

4800

HIGH RISE 21500

GFA NLA EFFICIENCY

LOW RISE

13500

SKY RISE HOTEL SKY GARDEN

TRO

MECHANICAL FLOOR

48000 21000

13500

13250

13500

21500

48000

7800 5450

EXH

IBIT

ION

TOTAL TOWER CALCULATIONS GFA NLA EFFICIENCY

120080m2 101600m2 84.6%

FLOOR AREA RATIO:

14:1

5811.4m2 5362m2 92%

Lucy Lever-Brine, Yilan Zhao, Xinjie Hu

G Parapet

301000

Roof Level

299500

Mechanical Floor 5 Level 62 Level 61 Level 60 Level 59 Level 58 Level 57 Level 56 Level 55 Level 54 Level 53 Level 52

292000 288000 284000 280000 276000 272000 268000 264000 260000 256000 252000 248000

Level 51 Restaurant

240000

Mechanical Floor 4 Level 50 Level 49 Level 48 Level 47 Level 46 Level 45 Level 44 Level 43 Level 42 Level 41 Level 40 Level 39

232000 228000 220000 216000 212000 208000 204000 200000 196000 192000 188000 184000 180000

Mechanical Floor 3 Level 38 Level 37 Level 36 Level 35 Level 34 Level 33 Level 32 Level 31 Level 30 Level 29 Level 28 Level 27 Level 26 Level 25 Level 24

176000 172000 168000 164000 160000 156000 152000 148000 144000 140000 136000 132000 128000 124000 120000 116000

Mechanical Floor 2 Level 23 Level 22 Level 21 Level 20 Level 19 Level 18 Level 17 Level 16 Level 15 Level 14 Level 13 Level 12 Level 11 Level 10 Level 9

108000 104000 100000 96000 92000 88000 84000 80000 76000 72000 68000 64000 60000 56000 52000 48000 40000 36000 32000 28000 24000 20000 16000 12000 8000

Ground Floor 0 Basement L1 -4000 Basement L2 -8000 Basement L3 -12000 Basement L4 -16000

SECTION

GROUP 2

Mechanical Floor 1 Level 8 Level 7 Level 6 Level 5 Level 4 Level 3 Level 2 Level 1

LOW RISE TYPICAL FLOOR PLAN GFA NLA EFFICIENCY

T24_ABPL90118_2019_S1

Assignment 1_ FEASIBILITY

A 1.2

SCALE_1:750 @ A2

Belt Truss Shear Wall

Typical Tower Segment

Edge Beam

Band Beam

D RO

A BY

S SK

T AU

SIO

R VE

Tower Columns

Steel Truss Frame

Podium Columns

EB1

BB1

EB2

ST1

BB1

BB2

EB2

BB1

EB2

EB1

BB1

SIO

BB2

BB1

BB1 TS BB1

EB2

BB1 BB1

TO AU N A

BB1

B ED

EB1

UC OD

Floor Structure Plan

ODUCED BY AN AUTODESK STUDENT VERSION

200EA

SIO

PRODUCED BY AN AUTODESK STUDENT VERSION

100 Nom ID 2.0

SPACE FRAME CHS

ST1

350 WC 197

WELDED COLUMN

PRODUCED BY AN AUTODESK STUDENT VERSION

1600mm D 400mm W

web member

1600mm D 3200mm 305mm W BY

1/15

400BT

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERS

EB 01 400*810

HIGH RISE CORE

4000

Service Duct

Structure Concrete Core

Edge Beam/ Primary Beam

Column

GROUP 2

Podium - Tower Structural members

Lucy Lever-Brine, Yilan Zhao, Xinjie Hu

T24_ABPL90118_2019_S1

Mechanical Floor 5 Level 62 Level 61 Level 60 Level 59 Level 58 Level 57 Level 56 Level 55 Level 54 Level 53 Level 52

292000 288000 284000 280000 276000 272000 268000 264000 260000 256000 252000 248000

Level 51 Restaurant

240000

Mechanical Floor 4 Level 50 Level 49 Level 48 Level 47 Level 46 Level 45 Level 44 Level 43 Level 42 Level 41 Level 40 Level 39

232000 228000 220000 216000 212000 208000 204000 200000 196000 192000 188000 184000 180000

Mechanical Floor 3 Level 38 Level 37 Level 36 Level 35 Level 34 Level 33 Level 32 Level 31 Level 30 Level 29 Level 28 Level 27 Level 26 Level 25 Level 24

176000 172000 168000 164000 160000 156000 152000 148000 144000 140000 136000 132000 128000 124000 120000 116000

Mechanical Floor 2 Level 23 Level 22 Level 21 Level 20 Level 19 Level 18 Level 17 Level 16 Level 15 Level 14 Level 13 Level 12 Level 11 Level 10 Level 9

108000 104000 100000 96000 92000 88000 84000 80000 76000 72000 68000 64000 60000 56000 52000 48000

CODE

PROFILE

Ground Floor 0

Basement L2 -8000 Basement L3 -12000 Basement L4 -16000

EB 02 400*1600

STRUCTURE

BB02 01400*1600 500 * 3600 EB

COL 01

BB400*1600 01 500 * 3600 EB 02

40000 36000 32000 28000 24000 20000 16000 12000 8000

COLUMN

BB 02 500*1200

DEPTH TO SPAN

DEPTH

WIDTH

BB 02 500*1200 -

600

1350

COL 03 450*800 COLUMN 500 1125 01 600*1350 COL 02 500*1125 BB 02 500*1200 BB 01 500 * 3600 EB 01 400*810 EB 02 400*1600 BB0302 500*1200 BB 01 500 * 3600 COL COLUMN 800 COL 03- 450*800 450 COL 01 600*1350 COL 02 500*1125 BB 02BEAM 500*1200 1/10 500 EB 02 400*1600 EB 01* 3600 EDGE 810 400 EBBB 01 01 400*810 COL 03 450*800 COL 01 600*1350 COL 02 500*1125 LOW RISE COLUMN EBBEAM 02 400*1600 EB 01 400*810 EDGE EB 02 1/10 1600 400 MEDIUM/HIGH RISE COLUMN HIGH03 300 CR COL LOW01 600 MED 02 450500*1125 CR COL 450*800 EB 01 400*810 EB 02 400*1600 600*1350 CR COL COL 02 COL

MEDIUM RISE CORE

500

Band Beam

BB 02 500*1200 EB 01 400*810

EB 01 400*810

LOW RISE CORE

Bondeck Composite Floor Slab

299500

BB 02 500*1200

BB 01 500 * 3600

BB 01SECTION 500 * 3600 1:750 @A2

Table of Steel Structural Members

Column

Roof Level

BB 02 500*1200 Basement L1 -4000

BB 01 500 * 3600

Secondary Beam- top and bottom chords

STRUCTURE DEPTH TO SPAN Dimension Spacing

PROFILE

CODE

301000

Mechanical Floor 1 Level 8 Level 7 Level 6 Level 5 Level 4 Level 3 Level 2 Level 1

BB1

Parapet

01 BANDBEAM 1/26 500 3600 EB 02 400*1600 EB 01 BB 400*810 CR HIGH 300 BB 02 500*1200 COL 03 450*800 01 500 * 450 3600 CR LOW 600 BB 02 CRBBMED BANDBEAM 1/26 500 1200 COL 01 600*1350 COL 02 500*1125 BBHIGH 02 500*1200 BB 01 500 * 3600 CR 300 CORE SLAB CR LOW 600 CR MED 450 CR_LFLOOR COL 03600 450*800 COL 01 600*1350 COL 02 500*1125 EB 02 400*1600 EB 01 400*810 COL 03 450*800 COL 01 600*1350 COL 02 500*1125 Structure Concrete Column CR HIGH 300 CR LOW 600 CR MED 450 CORE 450 FLOOR SLAB CR_M COL 03 450*800 COL 01 600*1350 COL 02 500*1125 EB 01 400*810 EB 02 400*1600 COL 03 450*800 COL 01 600*1350 COL 02 500*1125 FLOOR SLAB CR HIGH- 300 CR LOW 600 CR_H CR MED 450 CORE 300

Assignment 2_ Structure

SKY RISE COLUMN

A 2.1 CR LOW 600

FLOOR CR LOW SLAB 600CR MED 450 Table450 of Concrete structural Members HIGH CR 300 CR MED CR HIGH 300 COL 03 450*800

COL 01 600*1350

FLOOR SLAB

CR02 LOW 600 COL 500*1125

CR HIGH 300

CR MED 450

CR HIGH 300

7800

F 7800

8100

7800

Level 25 High Rise Structure Floor Plan 1: 500 @ A2

7800

8100

8100 8100

E F G

7800

8100

810

J UP

810

D 810

E 810

500

M N 0

810

Floor Span Diagram

810

Ground Floor Structure Floor Plan 1: 500 @ A2

810

500

Tube in Tube Structure Braced with Shear Wall T24_ABPL90118_2019_S1

Assignment 2_ Structure

PRODUCED BY AN AUTODESK STUDENT VERSION

Lucy Lever-Brine, Yilan Zhao, Xinjie Hu

7800

810

GROUP 2

8100

810 0

550

8100

810

Floor Size Changes (sky rise to crown)

PRODUCED BY AN AUTODESK STUDENT VERSION

Mechanical Floor Structure Floor Plan 1: 500 @ A2

3 8

Level 77 Crown Hotel Structure Floor Plan 1: 500 @ A2

8100

7800

8100

7800

PRODUCED BY AN AUTODESK STUDENT VERSION

A 2.2

S T

PRODUCED BY AN AUTODESK STUDENT VERSION

C D E

AF-1 GL-1 Polished Concrete Column

AF-1

200mm Reinforced Concrete Slab

Exposed Concrete Ceiling

Safety Rail

AF-1 Aluminum Fin

AF-1 GL-1 Stack Joint Stack Joint AF-1

Polished Concrete Column 200mm Reinforced Concrete Slab

LV-2 Fixed Glass Louvre

Steel Truss Beam

Aluminum Mullion

LV-2 Fixed Glass Louvre Rebate in Concrete Slab

Steel Truss Beam LV-2 Aluminum Mullion LV-2

LV-1 200 mm thick Reinforced Concrete floor slab

LV-1

Rebate in Concrete Slab

LV-2 Aluminum Mullion LV-2

LV-1

Truss Belt

GL-1 AF-1 200 mm thick Reinforced Concrete floor slab

LV-1

Truss Belt GL-1

Sky Garden 1:20 @A2

Sky Garden 1:200 @A2 AF-1

PRODUCED BY AN AUTODESK STUDENT VERSION Sky Garden 1:200 @A2

PRODUCED BY AN AUTODESK STUDENT VERSION

Stack Joint

PRODUCED BY AN AUTODESK STUDENT VERSION

Stack Joint

PRODUCED BY AN AUTODESK STUDENT VERSION

Exposed Concrete Ceiling

PRODUCED BY AN AUTODESK STUDENT VERSION

Stack Joint AF-1

AF-1 GL-1

PRODUCED BY AN AUTODESK STUDENT VERSION Stack Joint Stack Joint

Polished Concrete Column

AF-1

200mm Reinforced Concrete Slab

Exposed Concrete Ceiling

AF-1

AF-1 GL-1

PRODUCED BY AN AUTODESK STUDENT VERSION Stack Joint Stack Joint

Polished Concrete Column

AF-1

Typical Floor1:10 @A2

200mm Reinforced Concrete Slab

Typical Floor1:200 @A2

Typical Floor1:10 @A2

Typical Floor1:200 @A2

PRODUCED BY AN AUTODESK STUDENT VERSION A

PRODUCED BY AN AUTODESK STUDENT VERSION Stack Joint

Gutter

Edge Beam

Stack Joint

Metal Mullions encasing glass top panels

150mm Slab

Truss bolted to Edge Beam Steel jack with T bracket truss

Stack Joint

Aluminium window framing

Stack Joint AF-1

Vacuum coated glazing Truss bolted to Edgemullion Beam Aluminium with T bracket Spandrel Panel Aluminium window framing Vacuum coated glazing

AF-1

Aluminium mullion Spandrel Panel

GROUP 2

Xinjie Hu, Lucy Lever-Brine, Yilan Zhao

GROUP 2

Xinjie Hu, Lucy Lever-Brine, Yilan Zhao

Overall Building Elevation 1:750 @A2

Podium Section 1:400 @A2

Assignment 3_ Envelope

T24_ABPL90118_2019_S1

Assignment 3_ Envelope

Overall Building Elevation 1:750 @A2

A3. 1

PRODUCED BY AN AUTODESK STUDENT VERSION

Podium Section 1:100 @A2

Podium Section 1:400 @A2

PRODUCED BY AN AUTODESK STUDENT VERSION

Podium Section 1:100 @A2

PRODUCED BY AN AUTODESK STUDENT VERSION

Steel jack truss

150mm Slab

Level 50 228000 51 240000 LevelLevel 49 224000 Level 48 220000 Mechanical Floor 4 232000 216000 Level 47 50 228000 LevelLevel 46 212000 49 224000 LevelLevel 45 208000 Level 48 220000 Level 44 204000 47 216000 LevelLevel 43 200000 46 212000 LevelLevel 42 196000 45 208000 LevelLevel 41 192000 Level 44 204000 Level 40 188000 43 200000 LevelLevel 39 184000 Level 42 196000 Level 41 192000 Mechanical Floor 3 176000 40 188000 LevelLevel 38 172000 Level 39 184000 Level 37 168000

Level 36 164000 Mechanical Floor 3 176000 Level 35 160000 38 172000 LevelLevel 34 156000 Level 37 168000 Level 33 152000 36 164000 LevelLevel 32 148000 35 160000 LevelLevel 31 144000 34 156000 LevelLevel 30 140000 33 152000 LevelLevel 29 136000 Level 32 148000 Level 28 132000 31 144000 LevelLevel 27 128000 30 140000 LevelLevel 26 124000 29 136000 LevelLevel 25 120000 Level 28 132000 Level 24 116000 Level 27 128000 Level 26 124000 Mechanical Floor 2 108000 25 120000 LevelLevel 23 104000 24 116000 LevelLevel 22 100000

Level 21 96000 Mechanical Floor92000 2 108000 Level 20 23 104000 LevelLevel 19 88000 22 100000 LevelLevel 18 84000 21 96000 LevelLevel 17 80000 Level 20 92000 Level 16 76000 19 88000 LevelLevel 15 72000 18 84000 LevelLevel 14 68000 17 80000 LevelLevel 13 64000 Level 16 76000 Level 12 60000 15 72000 LevelLevel 11 56000 14 68000 LevelLevel 10 52000 Level 13 64000 Level 9 48000 Level 12 60000 Level 11 56000 Mechanical Floor 1 40000 Level 10 52000 Level 8 36000 Level 9 48000 Level 7 32000 Level 6 28000 Mechanical Floor 1 40000 Level 5 24000 8 36000 LevelLevel 4 20000 7 32000 LevelLevel 3 16000 6 28000 LevelLevel 2 12000 5 24000 LevelLevel 1 8000 Level 4 20000 GroundLevel Floor3 16000 0 Level 2 12000 Level 1 8000

PRODUCED BY AN AUTODESK STUDENT VERSION

Edge Beam

PRODUCED BY AN AUTODESK STUDENT VERSION

Gutter

Mechanical Floor 5 292000 Level 62 288000 Crown 300000 Level 61 284000 Level 60 280000 Mechanical Floor 5 292000 Level 59 276000 62 288000 LevelLevel 58 272000 61 284000 LevelLevel 57 268000 60 280000 LevelLevel 56 264000 Level 59 276000 Level 55 260000 58 272000 LevelLevel 54 256000 57 268000 LevelLevel 53 252000 56 264000 LevelLevel 52 248000 Level 55 260000 54 256000 LevelLevel 51 240000 Level 53 252000 Level 52 248000 Mechanical Floor 4 232000

PRODUCED BY AN AUTODESK STUDENT VERSION

Crown 300000

PRODUCED BY AN AUTODESK STUDENT VERSION

Stack Joint

PRODUCED BY AN AUTODESK STUDENT VERSION

Sky Garden 1:20 @A2

7800 8100 8100 8100 8100 7800

Aluminum Mullion

Metal Mullions encasing glass top panels

PRODUCED BY AN AUTODESK STUDENT VERSION

Exposed Concrete Ceiling

A B

AF-1 Aluminum Fin

Stack Joint Stack Joint

PRODUCED BY AN AUTODESK STUDENT VERSION

C D E

7800 8100 8100 8100 8100 7800

Safety Rail

A B

PRODUCED BY AN AUTODESK STUDENT VERSION

A LV-2 Operable Glass Louvre

PRODUCED BY AN AUTODESK STUDENT VERSION

LV-2 Operable Glass Louvre

Ground Floor

Passive System - Natural Ventilation Strategy

1 6

Mechanical floor facade module

Sky garden facade module 12. RHS aluminum split mullion 13. RHS lateral bracing 14. Safety handrail 15. Typical operable Louvre bracket 16. Operable glass Louvre blade 17. Fixed laminated Louvre bracket 18. Fixed laminated glass wall 19. Aluminum floor edge cover section 20. Louvre Linear actuator

20 15 16

Section

Curtain wall system

Code Glazing Colour

Glazing Type

Frame

Typical floor Section

Utilised Sytem

GL-1

High Reflective ; coating displaying neutral silver

Double Glazing; Reflective and vacuum coated glas; Outside: Clear, High Refective; Inside: Coated Silver

Aluminum frame; Powder coated in Surfmist

Sky garden section

AGP operable Louvre system

LV-2

clear

12mm toughened laminated glass

frameless

Mechanical Section

Shadovoltaic photolatic solar shading system

LV-1

clear; (Pv cell - blue)

Glass inter-gated within PV cell

Aluminum frame;Powder coated in Surfmist

14 17

18 19

Curtain wall component

GROUP 2

Xinjie Hu, Lucy Lever-Brine, Yilan Zhao

21. Movable glass blade inter-grated within PV cell -Frame: corrosion-resistant extruded aluminum alloy with stainless steel fixings; -An operable BIPV system which can generate more electricity than a fixed system by tracking the sun’s position;

Typical facade module 1. Aluminum column cover section 2. Aluminum floor edge cover sheet 3. Blinds 4. Vacuum coated glass 5. Vision panel 6. Aluminum mullion 7. Spandrel panel 8. Aluminum window framing 9. Stainless steel fixing plate and bolt 10. Alunimun fin system 11. stainless steel supporting

Shadovoltaic are fixed or operable exterior solar shading systems that incorporate glass louvers with photovoltaic cells integrated into the glass to generate electricity at the same time as providing shading. The louvers can be installed either horizontally or vertically on the building’s façade.

2 4

Active System - Shodovotaic System

(reference to: www.coltgroupusa.com)

Presedent Study-Finishes (reference to: www.coltgroupusa.com)

T24_ABPL90118_2019_S1

Assignment 3_ Envelope

A3. 2

FIN&NONE STRUCTURE TRUSS

SKY GARDEN

OPEN PLAZA(TRUSS STRUCTURE)

NONW-STRUCTURE TRUSS (PODIUM)

Xinjie Lever-Brine, Hu, Lucy Lever-Brine, Yilan Zhao Yilan Zhao GROUPGROUP 2 Xinjie 2Hu, Lucy

T24_ABPL90118_2019_S1 T24_ABPL90118_2019_S1

Assignment 3_ Envelope Assignment 3_ Envelope

MODEL A3. PHOTO 3

PRODUCED BY AN AUTODESK STUDENT VERSION

PODIUM ENTRY PLAN 1: 75 @A2

PRODUCED BY AN AUTODESK STUDENT VERSION

ENTRY ELEVATION 1: 75 @A2

Yilan Zhao 798593

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 4.1.1

PRODUCED BY AN AUTODESK STUDENT VERSION

GROUP 2

ISOMETRIC STRUCTURE GLAZING

PRODUCED BY AN AUTODESK STUDENT VERSION

DOUBLE LAYER GRID

PLAZA & ENTRY LOBBY

PRODUCED BY AN AUTODESK STUDENT VERSION

MARBLE CLADDING ON CONCRETE COLUMN GROUND FLOOR

SPACE FRAME - CIRCULAR HOLLOW - TUBAL NODE CONNECTER (THREADED CONNECTION) - DOUBLE LAYER GRID

GROUP 2

CASE STUDY: MELBOURNE CENTRAL PODIUM ALONG ELIZABETH

Yilan Zhao 798593

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 4.1.2

P01

ST1

ST4 ST2

CL1

SF 1

PRODUCED BY AN PRODUCED AUTODESK BYSTUDENT AN AUTODESK VERSION STUDENT VERSION

ITALIAN CARRARA GIOGIA POLISED MARBLE TILE 1350mmX1350mm

ITALIAN TORINO BLUESTONE TILE 700mmX700mm

CLEAR LAMINATED GLASS

POLISHED EXTERNAL AND INTERNAL ARRIS 2000mm X 2000mm

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

ST3

ST4

ST1

CIRCULAR HOLLOW SECTION 100 Nom ID 2.0

P01

PRODUCED BY AN PRODUCED AUTODESK BYSTUDENT AN AUTODESK VERSION STUDENT VERSION ANGLE 150X90 8

ANGLE 75X75 5

C PURLIN C150 15

PRODUCED BY AN AUTODESK STUDENT PRODUCED VERSION BY AN AUTODESK STUDENT VERSION

GROUP 2

Yilan Zhao 798593

PRODUCED BY AN AUTODESK STUDENT VERSION

350 WC 197

RECTANGULAR HOLLOW SECTION 150X50 2.0

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT PRODUCED VERSION BY AN AUTODESK STUDENT VERSION

WELDED COLUMN

T24_ABPL90118_2019_S1

SF 1

SPACE FRAME PAINTED IN WHITE

ST2

SQUARE HOLLOW SECTION 50X50 2.0

Assignment 4&5_ Design Development

G1 P2 ST3 P1

A5.1

PRODUCED BY AN AUTODESK STUDENT VERSION

MIRROR FINISH STAINLESS STEEL CLADDING

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

CL1

PRODUCED BY AN AUTODESK STUDENT VERSION

AL-1 6mm Thickness, powder coat finish, Surfmist GL-1 Toughened Safety Glass, Neutral Clear, High Reflective Shadow Box Backpan, Skyblue finish

Thermal Insulatuon

Fire Services Pipes + Sprinkle

Spandrel Cavity

Suspended Lighting

Transom Roller Blind in Pellet Box GL-1 Double Glazed Vision Glass (IGU), Clear, Toughened Safety Glass GL-1 Laminated Glass, Coated low-E, Skyblue Finish 12mm argon gap Aluminum Mullion, Powder coat finish in Surfmist

2 A 5.1

Co-Extruded Santoprene Stack Joint Drainage Slots

Office Floor

AF-1 Access Floor Panel, Exposed Concrete finish Steel Stringer, Bradford Thermal & Acoustic Insulation

Electrical Cable

Distribution Box Air Difusser

Galvanized Steel Pedestal Assembly Fascia Plate Fascia Bottom Angle Rebate in Concrete Slab Slotted Steel Bracket

GL-1 Toughened Safety Glass, neural clear, high reflective

SAMPLE 2 A 4.1 LV-2 Operable Glass Louvre System

Bradford Thermal & Acoustic Insulation

2 A 5.1

Office Floor 4 A 5.1

Office Floor PLAN 4 A 4.1 Typical Floor 1:50

SAMPLE 3 A 4.1 LV-2 Movable glass blade inter-grated within PV cell

PRODUCED BY AN AUTODESK STUDENT VERSION

SECTION 1 A 4.1 Typical Floor1:50

T VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PERSPECTIVE 1 A 4.1 Typical Floor + Mechanical Floor + Sky Garden

PRODUCED BY AN AUTODESK STUDENT VERSION

GROUP 2

Xinjie Hu 788178

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 4.1

PRODUCED BY AN AUTODESK STUDENT VERSION

A AL-1

Exposed Concrete Ceiling Fire Services Pipes + Sprinkle 2*50mm Bradford Fire Seal Batts Air Cavity Galvanized Steel Sheet Smoke Barrier Bradford Fire Seal Batts Galvanized Steel RHS Mullion, 200*80mm, notch on the top of it for it can fit around the curtain wall framing above

PRODUCED BY AN AUTODESK STUDENT VERSION

GL-1

2 A 5.2

Office Floor

Suspended Lighting

LV-2 Fixed Stainless Steel Louvre Arms

LV-2 Toughened Safety Glass,Clear

Operable Stainless Steel Louvre Arms

Winter Garden Balcony

Safety Handrail

LV-2 Aluminum Blade Flashing

Sky Garden Floor

Galvanized Steel RHS Mullion Polished Finish Concrete Column

LV-2 Clear Toughened Safety Glass Safety Handrail

PRODUCED BY AN AUTODESK STUDENT VER Steel Truss Beam

Sky Garden Floor

PRODUCED BY AN AUTODESK STUDENT VERSION Sky Garden Floor 3 A 5.2

Bulb Seal Aluminum Blade Flashing Fixed Stainless Steel Louvre Arms Polished Finish Concrete Column Galvanized Steel RHS Mullion 200*80mm LV-2 Clear Toughened Safety Glass Bradford Glasswool with Acoustituff Facing 450mm Raised Access Floor TC Panel

Shrubs

PRODUCED BY AN AUTODESK STUDENT VERSION

2 SECTION A 4.2 LV-2 Interface Detail 1:10

Aluminum Flashing Aluminum Sill Aluminum Cover Flashing Rubber Joint Sealant

Smoke Flashing - Galvanized Steel sheet 50mm Bradford Fire Seal Batts

Drainage Pipes

4 A 5.3

Polished Finish Concrete Column Truss Belt

AS1207-250 2mm*295*2165 Cover Drive Side 100*25*2.5 RHS Aluminum Tube Aluminum Blade Seal Flashing 9.5mm Polycarbonate Blade Galvanized Power Coated Bird Mesh Aluminum Seal Angle AS1207-250 Spacer Channel AS1207-250 Bottom Cover Co-Extruded Santoprene Stack Joint Seal

3 SECTION A 4.2 LV-2 Interface Detail 1:10

Mechanical Floor

AL-1 GL-1

SECTION 1 A 4.2 Sky Garden + Mechanical Floor 1:50

LV-1 Aluminum Blade Seal Flashing LV-1 9.5mm Polycarbonate Blade LV-1 Galvanized Power Coated Bird Mesh 100*25*2.5 RHS Aluminum Tube

GROUP 2

Xinjie Hu 788178

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 4.2

AS1207-250 2mm*295*2165 Cover Drive Side Aluminum Seal Angle AS1207-250 Spacer Channel AS1207-250 Bottom Cover Co-Extruded Santoprene Stack Joint Seal GL-2 AL-1

PRODUCED BY AN AUTODESK STUDENT VERSION

Galvanized Steel Pedestal Smoke Flashing- Galvanized Steel sheet with Bradford Fire Seal Batts underneath Concrete Slab Edge

Aluminum Male Mullion Aluminum Female Mullion Raised Access Floor TC Panel Anchor Bolt Primary Floor Angle Bracket PRODUCED BY AN AUTODESK STUDENT VERSION

Rebate in Concrete Slab

PRODUCED BY AN AUTODESK STUDENT VERSION

Co-Extruded Santoprene Stack Joint Seal AWS Sun Fin Starter Bracket Fixing Bolts AWS Perforated Aluminum Sun Fin

Fixing Screw

TC Panel with Bare Corner-lock system with an exposed concrete surface

12mm Argon Gap

Vertical Adjustment

GL-1, Performance double glazing with low-E coating layer within argon gap, thickness to code requirements, Finish showing Neutral Silver Colour

Galvanized Steel Seismic Tube

Galvanized Steel Base

Toughened Safety Glass, neural clear, high reflective Arrowhead Female Mullion Arrowhead Male Mullion Polyurethane Sealant PLAN 1 A 5.1 Typical Floor Detail 1:5

AXONOMETRIC 3 A 5.1 Raised Access Floor AWS 6mm Thick Aluminum Finc Powder coated in Surfmist GL-1 Toughened Safety Glass (double glaze) 12mm Argon Gap GL-1 Laminated Glass Coated Low E(double glaze), Neutral Silver finish Sun Fin Starter Bracket Sill Transom Sponge Block Sill Cover Stack Head

Fascia Top Angle

AL-1, AWS Perforated Aluminum Fin, powder finish with COLORBONDÂ® Surfnist,10*200*3800mm Aluminum Sun Fin Bracket Mullion Thickened at Structural Fixing Bolt Location Aluminum Female Mullion

PRODUCED BY AN AUTODESK STUDENT VERSION

Fascia Plate

BY AN AUTODESK STUDENT VERSION

Office Floor

450mm Raised Access Floor TC Panel

Polyurethane Sealant

Bradford Glasswool with Acoustituff Facing

Co-Extruded Santoprene Stack Joint Seal Drainage Slots

Fixing Bolts M12 Galvanized Steel Pedestal Smoke Flashing- Galvanized Steel sheet

PRODUCED BY AN AUTODESK STUDENT VERSION

GL-1 Toughened Safety Glass, Clear

Bradford Fire Seal Batts Fascia Bottom Angle

Mineral Wool Insulation With Foil Vapour Barrier

Floor Angle Bracket

Shadow Box Panel with Neutral Silver Finish Air Cavity

Anchor Bolts Rebate in Concrete

4 A 5.1 Sun Fin Bracket Connection

Office Floor Band Beam Bradford Martin Absorb HD Black Acoustic Insulation

SECTION 2 Unitized Curtain wall conA 5.1 nection 1:5 GROUP 2

Xinjie Hu 788178

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

5 A 5.1 Sun Fin Bracket Connection A 5.1

PRODUCED BY AN AUTODESK STUDENT VERSION

PERSPECTIVE 1 A 5.2 AWS Sun Fin

2*50mm Bradford Fire Seal Batts Air Cavity

Galvanized Steel Sheet Smoke Barrier Bradford Fire Seal Batts Galvanized Steel RHS Mullion, 200*80mm, notch on the top of it for it can fit around the curtain wall framing above

Sky Garden Floor

LV-2 Fixed Stainless Steel Louvre Arms

SECTION 2 A 5.2 Sky Garden Floor Detail (top) 1:5

Fixed Stainless Steel Louvre Arms Polished Finish Concrete Column Galvanized Steel RHS Mullion 200*80mm

PRODUCED BY AN AUTODESK STUDENT VERSION

LV-2 Clear Toughened Safety Glass Bradford Glasswool with Acoustituff Facing 450mm Raised Access Floor TC Panel Fascia Top Angle

Sky Garden Floor

Fascia Plate Rubber Joint Sealant

Aluminum Flashing Rubber Joint Sealant Aluminum Sill Cover Aluminum Flashing

LV-1

Smoke Flashing Galvanized Steel sheet 50mm Bradford Fire Seal Batts

Mechanical Floor SECTION 3 A 5.2 Sky Garden Floor Detail (Bottom) 1:5

GROUP 2

Xinjie Hu 788178

T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 5.2

PRODUCED BY AN AUTODESK STUDENT VERSION

Bulb Seal Aluminum Blade Flashing

Aluminum 40*25*2.5 RHS Stop Aluminum Seal Angle Aluminum Brush Seal PRODUCED BY AN AUTODESK STUDENT VERSION

ODE

N AUT ED BY A

AS1207-250 Side Frame RH AS1207-250 2mm*295*2165 Cover Drive Side

AN AUT ODESK

Aluminum Blade Seal Flashing 80mm width LV -1 Clear 6mm Toughened Safety Glass Aluminum Cover Drive Side

STUDEN

AS1207-250 Spacer Channel

T VERS ION

AXONOMETRIC 3 A 5.3 Mechanical Hercules Series Operable Louvres 1:10

297 Mechanical Floor LV-1 Aluminum Blade Seal Flashing LV-1 9.5mm Polycarbonate Blade LV-1 Galvanized Power Coated Bird Mesh 100*25*2.5 RHS Aluminum Tube

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODU

CED BY

AND 4304 L S N E E U Q E ACKSTON L B T E E R T 62069 S 1 8 M 3 IA ) L 7 IL 0 ( W . 1 x 1 0 Fa 0 6 5 6 1 8 3 ) 7 Ph . (0

AS1207-250 2mm*295*2165 Cover Drive Side Aluminum Seal Angle AS1207-250 Spacer Channel AS1207-250 Bottom Cover Co-Extruded Santoprene Stack Joint Seal GL-2 AL-1

Office Floor

AN AUT

ODESK

STUDEN

T VERS

ION

SECTION 4 A 5.3 Unitized Curtain wall and Mechanical Louvre connection Detail 1:5

PORTFOLIO 2 A 5.3 Mechanical Hercules Series Operable Louvres Code

Item

Company

Product

Performance/Feature

AF-1

Raised Floor -Understructure

Camino

Pedestal| Seismic base| Cor- Durable zinc finish ner-Lock System

AF-1

Raised Floor-Access Flooring

Camino

TC Series TecCrete Panel System

AL-1

Unitized Curtain Wall Mullion

AWS

Curtain Wall Systems| Series IGU; Accept Sun Fin Brackets;UW Range 1.7-2.5; SHGC Range 0.22-0.33; High Water 168

Exposed concrete surface; Solid underfoot feel;

PRODUCED BY AN AUTODESK STUDENT VERSION

Resistance; Low Air Infiltration; Low Thermal Transmission;powder coat finish in Surfmist

AL-1

AWS

Aluminum Fin Blade

6mm thick, Powdercoat finish in COLOURBOND Surfmist

INS-1

Floor Panel Insulation

Bradford

Glasswool with Acoustituff

Acousti and Thermal for HVAC Ducts

INS-1

Exposed Ceiling Insulation

Bradford

Martini Absorb HD Black

Sound Absorption

GL-1

Unitilized Curtain Wall System Viridian - Vision Panel

To u g h e n e d S afet y G l a s s Double Glazed with 12mm argon gap; (Outside); Laminated Safety Highly reflective finish;Low E Coated; Glass (inside) Skyblue finish to inside glass (8mm)surface

GL-1

Unitilized Curtain Wall System Viridian - Spandrel Panel

Toughened Safety Glass

LV-1

Mechanical Floor Louvre

LV-2

Sky Garden Floors Louvre

RIES RETE L SYSTEM

Skyblue finish to shadow box backpan; Insulated shadow box; 6mm

Louvreclad Hercules Series Operable 9.5*300*297mm Clear Polycarbonate Louvres blade; Automated Operation; Security Mesh Included; Designed for Incidental Live Load AGP AGP Pty Limited Fineline-XTS 12mm Clear Toughened Safety Glass; Series Frameless Glass Louvre Blades; Variable Louvre Open ing Angle Up To 90 Degree;

LEGEND 5 A 5.3 GROUP 2

s installed in buildings

Xinjie Hu 788178

SAMPLE 6 A 5.3 Raised Access Floor Finish T24_ABPL90118_2019_S1

Assignment 4&5_ Design Development

A 5.3

HIGHLIGHTS

PRODUCED BY AN AUTODESK STUDENT VERSION

CED BY

PRODU

1 A 5.3 Mechanical Hercules Series Operable Louvres

VERSIO

9.5mm Clear Polycarbonate Blade

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODU

DENT SK STU

NOISREV TNEDUTS KSEDOTUA NA YB DECUDORP

Galvanized Power Coated Stainless Steel Bird Mesh

RETRACTABLE DAVIT SYSTEM IN POSITION FOR OPERATION

The building will require two systems to maintain its facade. A telescopic jib system as specified by Select Roofing will permit a great deal of flexibility to three facades, especially when it comes to accessing the steeper sloped facade that culminates in a vertical facade at the mid-rise levels. This system is also well suited to the building considering its shape and unusual roof footprint.

RETRACTABLE DAVIT SYSTEM IN POSITION FOR NON-OPERATION

300mm CLEAR

Parapet 301000

ALUCOBOND PARAPET CAPPING

SHADOWBOX PAINTED BLACK UPSTAND Roof Level BEAM

299500

GPIT Telescopic Jib System - Select Roofing https://www.selectroofing.ie/bmu-systems/

The retractable davit system enables the facade to be accessed by a cradle that runs along a track system attached to the steel mullion system and is much less intrusive, allowing one of the most prominent aspects of the facade to be enjoyed without interruption.

DAVIT CRADLE FOR TWO PEOPLE RUNNING ON 50mm TRACK ATTACHED TO STEEL MULLION SYSTEM (AT 25 )

CEMENT SCREED AND WATERPROOF MEMBRANE

12OOmm x DRAINAGE 500mm BEAM TO SUMP BEYOND GRADED AT 1:100

TRANSOM 400mm CONCRETE SHEAR WALL 800mm x 400mm CONRETE COLUMN BEHIND

PLANT ROOM

ALUMINIUM MULLION

MAX DROP 100m

Mechanical Floor 5

SHADOWBOX SPANDREL GLAZING TO SERVICES LEVEL

150mm BONDEK CONCRETE SLAB

R2.5 BULK INSULATION

292000

ROOF PLAN

01 A4.3

SCALE 1:400 @ A2

SPANDREL PANEL

CROWN AND DAVIT SYSTEM SECTION SCALE 1:50 @ A2 CRADLE: TWO PERSON PLATFORM

02 A4.3

90mm DAVIT CRADLE TRACK

The BMU shed allows for the telescopic jib system to be tucked away without impairing the silhouette of the building.

AXONOMETRIC (not to scale)

300mm CLEAR DRAINAGE

DAVIT PLAN SCALE 1:50 @ A2

GROUP 2

Lucy Lever-Brine

DAVIT TRACK

PARAPET

03 A4.3

T24_ABPL90118_2019_S1

Assignment 4_ TYPICAL DETAILS

A 4.3

RETRACTABLE DAVIT RETRACTABLE SYSTEM IN POSITIONDAVIT SYSTEM IN POSITION FOR OPERATION FOR OPERATION

01 01 A5.3 A5.3

These details demonstrate aspects that are unique to aspects are unique the These designdetails of the demonstrate building due to the 25that degree slope to the design of the building due to the 25 degree slope of the north facade. More specifically, the details of the north facade. More details will resolve the termination of thespecifically, curtain wallthe at the will resolve the termination of the curtain wall at the parapet, show the drainage system at the roof, and parapet, show guide the drainage system the roof, propose a mullion track system willatbe used toand propose a mullion system facade will be used guide the Davit cradleguide downtrack the sloped for to guide the Davit cradle down the sloped facade for maintenance. maintenance.

Parapet Parapet 301000 301000

This will be done integrating an aluminium C-channel be done integrating an aluminium C-channel into This the will curtain wall system that will enable motorised into to therun curtain walldown systemthe that will enable motorised wheels up and track, attached to wheels to run up and down the track, attached to the davit cradle. the davit cradle.

RETRACTABLE DAVIT RETRACTABLE SYSTEM IN POSITIONDAVIT SYSTEM IN POSITION FOR NON-OPERATION FOR NON-OPERATION

300mm 300mm CLEAR CLEAR

Roof Level Roof Level 299500 299500

02 02 A5.3 A5.3

DAVIT CRADLE FOR TWO DAVIT CRADLE FOR TWO PEOPLE RUNNING ON 100mm PEOPLE RUNNING ON 100mm C CHANNEL TRACK ATTACHED C CHANNEL TRACK ATTACHED TO ALUMINIUM MULLION SYSTEM TODEGREES ALUMINIUM (AT 25 ) MULLION SYSTEM (AT 25 DEGREES ) ALUCOBOND PARAPET ALUCOBOND PARAPET CAPPING, CONTINUOUS, TYP. CAPPING, CONTINUOUS, BLACK COLOUR, SATIN FINISH TYP. BLACK COLOUR, SATIN FINISH BLOCKING UNDER TO BLOCKINGFALL UNDER TO ACHIEVE1:100 TO PARAPET ACHIEVE1:100 FALL TO PARAPET PLYWOOD SUBSTRATE TO PLYWOOD SUBSTRATE TO WITHSTAND MAINTENANCE WITHSTAND MAINTENANCE LOADS LOADS CONTINUOUS MEMBRANE MEMBRANE WITHCONTINUOUS METAL SUPPORT WITH METAL SUPPORT

MECHANICAL FLOOR MECHANICAL FLOOR

03 03 A5.3 A5.3

MAX DROP MAX DROP 100m 100m

CROWN AND DAVIT SYSTEM SECTION CROWN AND DAVIT SYSTEM SECTION02 02 A4.3 SCALE 1:50 @ A2 A4.3 SCALE 1:50 @ A2

PARAPET PARAPET 301000 301000

RETRACTABLE DAVIT RETRACTABLE SYSTEM IN POSITIONDAVIT SYSTEM IN POSITION FOR NON-OPERATION FOR NON-OPERATION

EXTRUDED ALUMINIUM EXTRUDED STACK JOINT ALUMINIUM STACK JOINT

FIRE STOP FIRE STOP

RAIL FOR DAVIT RAIL FOR DAVIT MOVEMENT MOVEMENT

SPANDREL DOUBLE SPANDREL DOUBLE GLAZING GLAZING

ALUMINIUM MULLION ALUMINIUM MULLION ANCHOR FLANGE ANCHOR FLANGE

CONCRETE SUBSTRATE CONCRETE PAINTED BLACK SUBSTRATE PAINTED BLACK

SEPARATOR SEPARATOR SEALING PLATE & SEALING PLATE & PACKING PACKING SPACER SPACER WATERPROOF MEMBRANE WATERPROOF MEMBRANE M16 THREADED ROD M16 THREADED ROD CAST-IN BOLT TIED WITH CAST-IN BOLT TIED WITH REINFORCEMENT REINFORCEMENT 150mm REINFORCED 150mmBONDEK REINFORCED CONDRETE SLAB CONDRETE BONDEK SLAB

CONCRETE UPSTAND CONCRETE UPSTAND BEAM BEAM WATERPROOF MEMBRANE WATERPROOF MEMBRANE APPLIED TO CONCRETE APPLIED TO CONCRETE UPSTAND UPSTAND UPPER J BRACKET J BRACKET FIXEDUPPER TO MULLION FIXED TO MULLION

GEBERIT 160mm DIAMETER GEBERIT 160mm DIAMETER SIPHONIC DRAINAGE SYSTEM SIPHONIC DRAINAGE SYSTEM

CLAMP RING CLAMP RING TRAFFICABLE WATERPROOF TRAFFICABLE WATERPROOF MEMBRANE MEMBRANE 70mm SCREED GRADED AT SCREED GRADED AT 1:10070mm TO DRAINAGE 1:100 TO DRAINAGE 150mm REINFORCED 150mm REINFORCED CONCRETE BONDEK SLAB CONCRETE BONDEK SLAB

ROOF LEVEL ROOF LEVEL 299500 299500 380

380

300

TRAFFICABLE SECONDARY TRAFFICABLE SECONDARY WATERPROOF MEMBRANE WATERPROOF MEMBRANE ABOVE SCREED ABOVE SCREED

PARAPET AND DAVIT TRACK SECTION DETAIL 01 PARAPET AND DAVIT TRACK SECTION DETAIL 01 A5.3 SCALE 1:10 @ A2 A5.3 SCALE 1:10 @ A2

540

540 WATERPROOF MEMBRANE WATERPROOF MEMBRANE AROUND SLAB AROUND SLAB

70mm CEMENT SCREED 70mm GRADED ATCEMENT 1:100 SCREED GRADED AT 1:100 TO DRAINAGE TO DRAINAGE

TRAP TRAP

CLEANOUT PLUGCLEANOUT PLUG

02 ROOF DRAINAGE SECTION DETAIL 02 ROOF DRAINAGE SECTION DETAIL A5.3 SCALE 1:10 @ A2 A5.3 SCALE 1:10 @ A2 ROSTEK DAVIT CRADLE FOR TWOROSTEK PEOPLEDAVIT CRADLE FOR TWO PEOPLE RIGHT ANGLED AXLE BOLTED RIGHTCRADLE ANGLED AXLE BOLTED TO DAVIT (ATTACHMENTS TO DAVIT CRADLE & SPECIFICATIONS TO (ATTACHMENTS & SPECIFICATIONS TO MANUFACTURER'S DETAILS) MANUFACTURER'S DETAILS) 6mm CAPRAL ALUMINIUM C 6mm CAPRAL C CHANNEL IN BLACKALUMINIUM SATIN CHANNEL IN BLACK SATIN BOLTED TO MULLION AS BOLTED TOWHEEL MULLION AS DAVIT CRADLE TRACK DAVIT CRADLE WHEEL TRACK

CAPRAL ALUMINIUM C CHANNEL CAPRAL ALUMINIUM BOLTED TO MULLION AS C CHANNEL BOLTED TO MULLION AS DAVIT CRADLE WHEEL TRACK DAVIT CRADLE WHEEL TRACK SPACER ALLOWING FOR BOLTSPACER ALLOWING FOR BOLT VACUUM COATED VACUUM COATED GLAZING GLAZING ALUMINIUM STACK JOINT ALUMINIUM STACK JOINT

ALUMINIUM MULLION & ALUMINIUM CAPRAL CURTAINMULLION WALL & CAPRAL CURTAIN SYSTEM ANGLED AT 25°WALL SYSTEM ANGLED AT 25°

DAVIT CRADLE MULLION GUIDE SYSTEM SECTION DETAIL 03 DAVIT CRADLE MULLION GUIDE SYSTEM SECTION DETAIL 03 A5.3 SCALE 1:10 @ A2 A5.3 SCALE 1:10 @ A2

Assignment 5_

GROUP 2 Lucy Lever-Brine T24_ABPL90118_2019_S1 Assignment DETAILS 5_ A GROUP 2 Lucy Lever-Brine T24_ABPL90118_2019_S1TYPICAL TYPICAL DETAILS

5.3 A 5.3

SPACER ALLOWING FOR BOLTSPACER ALLOWING FOR BOLT VACUUM COATED VACUUM COATED GLAZING GLAZING ALUMINIUM STACK JOINT ALUMINIUM STACK JOINT PRESSURE EQUALISED PRESSURE EQUALISED CHAMBER CHAMBER AIR SEAL AIR SEAL

04 DAVIT CRADLE MULLION GUIDE SYSTEM PLAN DETAIL 04 DAVIT CRADLE MULLION GUIDE SYSTEM PLAN DETAIL A5.3 SCALE 1:10 @ A2 A5.3 SCALE 1:10 @ A2

WASTE LINE WASTE LINE SUSPENSION SUSPENSION DRAINAGE TO SUMP DRAINAGE TO SUMP GRADED AT 1:100 GRADED AT 1:100