Zheng Li Student Architect
Master of Architecture, Second Year The University of Melbourne, Australia Bachelor of Product Design, Zheng Zhou University of Light Industry China Tel: 0424 038 108 Email: lzlz139551@gmail.com
CONTENT
CONTENT
Architecture Portfolio
DESIGN & VISUALISATION Pink Porosity (Storefront of Silver Factory)_2016 CAZ Tower, 216 Latrobe St_2015 Vertical Community Tower, 342 Bourke St_2014
2 10 16
CONSTRUCTION & MODELLING CAZ Tower Model_2015
20
CONSTRUCTION DOCUMENTATION CAD Documentation_2016 CAD Documentation_2015
22 24
1
PINK POROSITY
Storefront of Silver Factory (Andy Warhol) The idea of this store front is to encourage everyone engage with the design of the storefront and each factory person will have their own private and independent gallery to exhibit their works this is inspired by andy warhole’s 15minutes The architectural composition is to put the solid pink box in the center surrounded by extruded glass boxes which can be extruded to form the facade of the storefront according to designers needs. Factory people design the facade through the extruded glass boxes which are independent small gallery too. People will enter the semi-public long ,dark narrow, corridor to watch andy’s films, finally they will arrive the private pink solid box in the center which is the theaterett the free access entrances, semi-public corridor and the private pink theaterette forms the porosity of pink in terms of visiting sequence during that process visitors will experiencing from bright glass galleries to dark quiet film corridor, then gather at the center-theaterette. This is a storefront which connects the public to the factory, it will give people different visiting experiences both hironzontally and vertically as well as let people use their sensories to feel the design of this storefront.
Studio Leader Rennie Liffen Virginia Mannering
First Floor Plan
Š 2016
CONTENT
2
CONTENT
Perspective
3
Ground Floor Plan CONTENT
4
Section
CONTENT
5
Summer Party Scenario
Plan
CONTENT
6
Section
CONTENT
Moment Drawing
7
Winter Evening Scenario
Plan CONTENT
8
Section
CONTENT
Moment Drawing
9
CAZ Tower Project The intention of this project is to design a new high rise office building which is functional, efficient and aesthetic.
Supervisor Giorgio Marfella Jamie Mccutcheon
Applied construction University of Melbourne School of Design
Š 2016
CONTENT
10
CONTENT
11
A2.1 Structure: Plans and Sections
5
4 6.00
A2.2 Structure: Model and 3D Diagrams
6 4.50
7 4.50
8 4.50
9 4.50
10 4.50
11 4.50
12 4.50
13 4.50
14 4.50
15 4.50
16 6.00
3.75
A B 3.75
Columns:
3.75
C
3.75
D E 3.75
Core Perimeter Wall Thickness:
3.75
F
3.75
G H 3.75
Universal Beams:
3.75
I
3.75
J Edge Beams:
3.75
K L 3.75
Building Module
3.75
M N 3.75
OUTRIGGER
O
BELT TRUSS
01 A2.1
LOW RISE TYPICAL FLOOR STRUCTURAL PLAN 1:250 @ A2
CONCRETE BAND BEAM 5
4 6.00
5
6
7
8
9
10
11
12
13
14
15
4.50
4.50
8 4.50
9 4.50
10 4.50
11 4.50
12 4.50
13 4.50
14 4.50
15 4.50
CONCRETE COLUMN
16 6.00
A
16
A B
B
C
3.75
D E ATRIUM F
C
G
3.75
H I J
D
K
3.75
L M N
E 3.75
O
3.75
F MIDDLE RISE FLOOR STRUCTURAL PLAN 1:1000 @ A2
G 3.75
03 A2.1
3.75
H
5
6
7
8
9
10
11
12
13
14
15
3.75
I 4
16
A
J 3.75
B C D E ATRIUM
K
ATRIUM
3.75
F G H I
L 3.75
J K L M
M 3.75
N O
3.75
N 04 A2.1
7
3.75
4
6
SKY RISE FLOOR STRUCTURAL PLAN 1:1000 @ A2
O
02 A2.1
CONTENT
12
STRUCTURAL PLAN OF CROWN 1:250 @ A2
LATERAL LOADS RESISTING SYSTEM
CONCRETE EDGE BEAM
CONCRETE BAND BEAM
CONCRETE COLUMN
CONCRETE EDGE BEAM
CONTENT
02 A3.1
ENLARGED ELEVATION PORTION 1:100
TRUSS ROOF
LIGHT WEIGHT BRACING FOR ROOFTOP STRUCTURE
STEEL COLUMN
CONCRETE COLUMN
CONCRETE EDGE BEAM
INTERIOR VIEW
13
VERTICALCOMMUNITY 342 Bourke St Tower Design
Vertical Movement & Horizontal Loop
Communal floors’ functions transits from inside to outside through rotation. Visual Relationship is created between inhabitants’ balconies. Horizontal Loop formed by connected balconies.
Studio Leader DR Peter Raisbeck Madeleine Beech (BKK) Jeanne Lee (PMDL) Ben De Nardi
© 2014
CONTENT
14
CONTENT
15
CONTENT
16
CONTENT
17
CONTENT
18
CONTENT
19
CAZ Tower 1:500 Lasercut Model
Intersection of Latrobe St and Exhibition St
Supervisor Giorgio Marfella Jamie Mccutcheon
236 Latrobe St Tower Design The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
© 2015
20
MODELING
MODELING
21
A4.2 Typical Floor: General Arrangement
CONSTRUCTION DOCUMENTATION CAD Drawings
Supervisor Giorgio Marfella PERSPECTIVE DIAGRAM
The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
© 2015
01 A4.2
22
CONSTRUCTION DOCUMENTATION
SECTION 1:50 @ A2
02 A4.2
ELEVATION 1:50 @ A2
03 A4.2
PLAN 1:50 @ A2
CONSTRUCTION DOCUMENTATION A5.2 Typical Floor: Details
A5.3 Parapet: Details
6MM ALUCOBOND ALUMINUM COMPOSITE PANEL WHITE
6MM ALUCOBOND ALUMINUM COMPOSITE PANEL WHITE
STEEL TUBE 250X150X6MM 02 A5.3
SILICON SEALANT
SILICON SEALANT BRACKET 120X40X5MM
01 A5.3
Decorative Facade Section Detail 1:5
50mm
200mm
02 A5.3
50mm
Decorative Facade Section Detail 1:1
ALUMINIUM COMPOSITE PANEL CAPPING 3MM WHITE FINISH TIMBER PACKING SILICON SEALANT
SILICON SEALANT
04 A5.3
ALUMINIUM COMPOSITE SPANDREL PANEL 4MM WHITE
ALUMINIUM COMPOSITE PANEL 4MM WHITE
Spider Section Detail 1:5
ORIGINAL TENSION TRUSS GRID
TOP HAT TCN NODE, 12MM OFFSET HOLE Ø32MM COMPRESSION SPAR
MIG GLAZING FIXING LIQUD WATERPROOFING MEMBRANE
6MM
MIG THREADED ROD TRE TIE ROD PORK, MIG, M25 ROD Ø25MM
03 A5.3
01 A5.2
MECHANICAL FLOOR SECTION 1:10 @ A2
02 A5.2
FLOOR BRACKET CONNECTION PLAN 1:2 @ A2
ORIGINAL TENSION TRUSS GRID
Retaining wall Section Detail 1:5
40MM BLUESTONE 2MM MORTAR WEARING SLAB LIQUID WATERPROOFING MEMBRANE
600X600 RAISED ACCESS FLOOR
TIE ROD Ø25mm
CONCRETE FLOOR SLAB TRE TIE ROD FORK M25
THERMAL INSULATION 50MM CONCRETE FINISH
T BRACKETS 200x100x10MM M16 AGA NUT
RIGID GRID PEDESTAL
MECHANICAL FLOOR
03 A5.2
TYPICAL OFFICE FLOOR SECTION 1:10 @ A2
05 A5.3
Crown Floor Section Detail 1:5
23
CONSTRUCTION DOCUMENTATION CAD Drawings
Supervisor Giorgio Marfella David O’ Brien George Stavrias James Neil The University of Melbourne Faculty of Architecture Building and Planning Melbourne School of Design
© 2014
24
CONSTRUCTION DOCUMENTATION
CONSTRUCTION DOCUMENTATION
25