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                                                                               


Peng Thesis Portfolio

Special thanks to thesis professor: Victor Jone Completed May 2013 (AUTOCAD/ILLUSTRATOR/PHOTOSHOP/SKETCHUP/RHINO/GRASSHOPPER)


STATUTE OF POLLUTION YR 2013

SO^2 in UrbanArea (mg/m^3)

NO^2 in Urban Area (mg/m^3)

YR 2023

Inhalable Particulate

YR 2033

in Urban Area

Acid Rain

2005

2000

‘An idea is salvation by imagination’- Frank Lloyd Wright. The growth of our future is dependent on the current environment of our surroundings. This thesis project aims to building a monumental tower that monitors our atmosphere environment as it worsen over time by filtering harmful air particles. Over the last 100 years Shanghai has been experiencing an escalation of it's air pollution problem that remains unsolved. With multiple international settlements and the expansion of modern skyscrapers, the identity of shanghai has become confused. This tower serves to rethink the function of our building designs in regard to style, and health.

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The security door found on the streets of Hollywood shows the merging of the past and the present styles in architec ture. This object was selected as a symbol echoing my thesis paper, Fashioning in Architecture: An Investigative Study in city development; where I wrote a comparative analysis of how the past social influences has driven fashion and architecture styles, and how the present social influence is lost in the idea of sustainability. The subject of what is to be sustainable in economical, social and environmental form became the key part of this thesis project. The challenge in this project is to seek an opportunity to create something that would be a solution to the current environmental issue in the city, and also be a positive impact for future design.


Green Space @ SITE

Streets and Project Site

Residential @ SITE


TOP VIEW

O

O

O

O


DN

LEVEL 3- VIEWING SPACE

UP

LEVEL 2- GALLERY SPACE

UP

0

8

16

32”

LEVEL 1- ENTRANCE/LOBBY

1/32” = 1’- 0”

SECTION

noitavelE


Peng Sample Works Low Rise/Single/Multi- Family Housing Project (REVIT/ILLUSTRATOR/PHOTOSHOP) PAN AM Game Award Pavillion 2015 AIAS (American Institute of Archtiecture Student) Competition Entry 2011 (RHINO/VRAY/PHOTOSHOP/ILLUSTRATOR)

Pencil/Pen still life drawings and sketches


Summer solstice

Glazing on top for Sun light, and day light Winter solstice Concrete wall for both thermal and cooling

Natural Ventilation

S

N Ivy Screen for shading

Open Space vs. landscape [Open Roof & Grass]

Section A-A’

Horizontal Plane vs. Vertical Circulation [Floor & Stairs]

Elevation South

Glazing vs. Shade [Glass & Ivy Screen]

Section B-B’

Solid vs. Void [Conrete Wall]

Landscape vs. Open Space

Property Line Set Backs 1/16” = 1- 0’

0 2 4

6 8

16

Section C-C’

Elevation West


TICKETING

3|

CONCESSION

4|

RESTROOMS

5|

PROSCENIUM & STAGE

6|

STORAGE ROOM

7|

EQUIPMENT ROOM

8|

MECHANICAL ROOM

9|

VIP DRESSING ROOM

4 9

4 3

2

4

6 4

9

7 8

5

E 1|

1 LIFT 2|

PUSH 3|

om ro st

4|

om ro

st

5| 10

50

DRAG

THE INFLATABLE

OPEN GATHERING SPACE

2|

PLANS | CONCEPT

1|


2 WAY JOINT

90 DEG

JOINT ANGLE (SUBJECT TO CHANGE)

THE INFLATABLE

3 WAY JOINT

PVC PIPES STRUCTURE

TO UTILIZE VINYL TO ITS FULLEST POTENTIAL, THE DESIGN

PVC PIPE

PROPOSES AN EXTERIOR STRUCTURE THAT IS COMPLETELY

MADE OF PVC PIPES. THIS EXTREMELY TOUGH YET FLEXIBLE MATERIAL IS WOVEN INTO A

PVC JOINT

SYSTEM BOLTS

SPACE FRAME

THAT TRANSFERS LOAD FROM THE ROOF

DOWN TO THE GROUND. THESE PIPES ARE JOINED WITH A COMPRESSIVE STRENGTH = 10800 PSI

ENGTH R STR

SHEA

0 PSI

= 920

CONNECTION COMPONENT, RANGING FROM A 2-WAY TO A

6-WAY, WITH THE ANGLES ADJUSTED FOR INDIVIDUAL

JOINTS. WITH ONLY 1/6 OF THE DENSITY OF STEEL, PVC T RENG

ILE ST

TENS

000 H=7

PSI D

TION EFLEC

= 10%

CAN TAKE UP TO 25% OF THE YIELD STRENGTH POSSIBLE

FOR A36 STRUCTURAL STEEL. PVC ALSO HAS A TENSILE

STRENGTH OF 7000PSI, AND A COMPRESSIVE STRENGTH OF 11000PSI, WITH A 10% DEFLECTION.

ELEVATION | PVC STRUCTURE

4 WAY JOINT


ETFE Fabric Air Pressure Joint Air Inflation Tube

PVC Pipe

THE INFLATABLE

Air Enclosure Knot

PVC Joint

AIR-FILLED ETFE PILLOWS

WEATHER-RESISTANT RESISTANT AGAINST UV RADIATION

WITH THE PVC PIPES ACTING AS A BASIC FRAME, ETFE (ETHYLENE SELF-CLEAN ABILITY

TETRAFLUOROETHYLENE) MEMBRANES ARE ATTACHED TO EACH

SPACE ON BOTH THE EXTERIOR AND THE INTERIOR. THEY CREATE A

SMOOTH AND NON-STICK TRANSLUCENT SURFACE

THAT ALLOWS FOR THE BUILDING TO SELF-CLEAN BY RAIN. AIR IS BLOWN INTO THEM TO CREATE AN

TRANSLUCENCY ALLOWING FOR DIFFUSION OF LIGHT

INFLATED PILLOW THAT

IS RESISTANT TO DEGRADATION FROM BOTH UV LIGHT AND

ATMOSPHERIC POLLUTION. AN INERT FLUOROPOLYMER, THIS THERMAL COMFORT BY RETAINING WARMTH

VINYL-BASED MATERIAL CONTAINS NO LEACHABLE ADDICTIVES. THE WATER-BASED RESIN PRODUCTION PROCESS FOR ETFE DOES

NOT USE ANY SOLVENT, AND REQUIRES MUCH LESS ENERGY

COMPARED TO GLASS PRODUCTION. ALTHOUGH ETFE IS NEITHER BIODEGRADABLE

RECYCLED.

NOR

NATURAL,

IT

COULD

BE

100%

TRANSPORTATION COST AND ENERGY ARE

REDUCED BECAUSE THESE MEMBRANES ARE VERY LIGHT. THEY CAN BE INFLATED ON SITE EASILY AND EFFICIENTLY.

SECTION | ETFE PILLOWS

Clading Plate



Resume sample project