Transition by Mary Martin

Comprehensive Studio Clemson University School of Architecture Spring 2014

Transition

JIAWEI ZENG+ LAURA ELIZABETH RICE

Professor: Ulrike Heine,Dustin Albright, Ufuk Ersoy

CONTENTS RESEARCH DESIGN MODEL TECHNICAL RESOLUTION

1 RESEARCH

DATA 6

THEATRE

SITE NATURE PARK

A-A Site Section

5-MINS WALKING ZONE

OMMERICIAL

STADIUM

REDSIRESIDENTIAL

B-B Site Section CONTEXT 8

SITE

LOW RESIDENTIAL HOUSE

HIGHWAY BRIDGE 9

TO MCBee

TO CHRIST CHURCH EPISCOPAL

TO PEACE CENTER 10

2.DESIGN

Our concept is inspired from the specific locations of the site. From the research above, the site is located between the gap of two urban zones areas--- Residential and Commerical.The transition site conditions generate a invisible forces and bring this two environment together which inspired us about our project target people--those people who are in transition. They are just in the start point of the career and life. The design of our project will provide a spacial experience to make their transition fluent and confortable.

CONCEPT 13

PROCESS 14

FACADE

There are approximately 6000 cars pass though the bridge everyday. Installing a facade will give a potential for brocasting this nec concept projects.

TRANSITION

The space between residential and office serves as transition space and conncets the two intimate spaces (busy bridge and calm nature) .

STRATEGY 15

COURTYARD

The courtyard is the center of the project which serves as climate control system and a visual connection between the apartments and the office buildings.

LANDSCAPE DESIGN

The landscape follows the human flow from downtown. It directs people to walk into the site.

FUNCTION AND EGRESS

PARKING STRAGETY

SUN ORIENTATION

NATURE ORIENTATION

Two vertical core serves as the main egress for the project. A additional long attached stairs was added to keep the engress at a safe level.

The sun path and the bridge directions determine the apartmentâ&#x20AC;&#x2122;s orientation, facing southeast. The massing divides space into two parts,one is energetic and the other is calm.

We take adventages of the existing roads near the bridge pand design the parking lots connects with the existing parking.

The southeast of the site was occupied by natural plants ,mostly of them are local trees which shows a calm environement.

S-CHURCH ROAD ,29 HIGH WAY VEHICLE ENTRANCE

PEDESTRIAN ENTRANCE E-BOARD STREET

SITE PLAN 17

FIRST FLOOR PLAN

North

South

SECOND FLOOR PLAN

LEVEL 8 LEVEL 6

LEVEL 4 OFFICE

LEVEL 8

LEVEL 8 LEVEL 7 LEVEL 5 LEVEL 3 OFFICE

LEVEL 7

LEVEL 6

LEVEL 5

LEVEL 4

LEVEL 3

LEVEL 4

24 OFFICE

OFFICE

22 21

DN UP

16 17

16.Elevator 17.Mechanical Room 21.Kitchen 22.Living Room 23.Main Bedroom 24.Bathroom 25.Baclony 26.Conduit 27.Laundry Room 28.Gym

LEVEL 8

LEVEL 6 LEVEL 4

LEVEL 7 LEVEL 5 LEVEL 3 25

OFFICE

22 21

UP DN UP

16 17

16.Elevator 17.Mechanical Room 21.Kitchen 22.Living Room 23.Main Bedroom 24.Bathroom 25.Baclony 26.Conduit

LEVEL 8 LEVEL 6 LEVEL 4

OFFICE

LEVEL 7 LEVEL 5

LEVEL 3 OFFICE

21 25

24 23 21

16.Elevator 17.Mechanical Room 21.Kitchen 22.Living Room 23.Main Bedroom 24.Bathroom 25.Baclony 26.Conduit

LEVEL 3

LEVEL 8 LEVEL 6 LEVEL 4

LEVEL 7

LEVEL 5 LEVEL 3

OFFICE

21 25

24 23

16.Elevator 17.Mechanical Room 21.Kitchen 22.Living Room 23.Main Bedroom 24.Bathroom 25.Baclony 26.Conduit

Floor Plan LEVEL 8 LEVEL 6 LEVEL 4

OFFICE

LEVEL 7 LEVEL 5 LEVEL 3 OFFICE

DN DN

OFFICE DESIGN

HOUSE TYPIES HOUSE TYPE SIZE NUMBER

A ≈1000sqft 10

B1 ≈700sqft 12

AXONOMETRIC DRAWINGS

HOUSE PLAN

28’

35‘

RATIO

26% 28’

31%

B2 ≈800sqft 4

12 1/2’

C ≈400sqft 12

12 1/2’

14’

5’

28‘

5’

5‘

25‘

10%

31%

ROOF3 68’-0”

ROOF2 65’-0”

LEVEL8 53’-0”

LEVEL6 41’-0”

LEVEL4 29’-0”

LEVEL2 15’-0”

A-A SECTION

B-B SECTION

LEVEL1 ±0.’-0”

LEVEL4 -12’-0”

ROOF1 59’-0”

LEVEL7 47’-0” LEVEL5.2 41’-0” LEVEL5 35’-0”

LEVEL3 23’-0” LEVEL2 15’-0”

LEVEL1 ±0‘-0”

ROOF 59’-0”

LEVEL7 47’-0”

LEVEL5 35’-0”

LEVEL3 23’-0” LEVEL2 15’-0” LEVEL1.2 12’-0”

LEVEL1 ±0’-0”

First Floor Plan

STRUCTURE

Second Floor Plan

Third

d Floor Plan

Fouth Floor Plan

Fifth Floor Plan

3.MODEL

4.TECHNICAL RESOLUTION

COLUMN AND BEAM PLACEMENT

STRUCTURE

COLUMN AND BEAM

M PLACEMENT

COLUMN AND BEAM PLACEMENT

Occupancy Classification: Mixed Use: Apartments: Residential Group R-2 Office: Business Group B Café: Assembly Group A-2

Construction Type: Apartments: Type V Office: Type I Café: Type I Allowable Height and Building Areas: Apartments: A - 3 stories @ 12,000 sq. feet Office: A Café: A Fire Resistance: Fire Walls: (structurally self-sufficient, extend to roof) Apartments: 3 hour Office: 3 hour Café: 3 hour Fire barriers: 2 hour rating required between office, café and gym/rec Egress: ccupant Load: ApartmAents: 150 Office: 90 Café: 100 Stair width: Apartments: 45” stair width Office: n/a Café: n/a Travel length: Apartments: 250’ Office: 300’ Café: 250’ Corridors width:24” Access to mechanical, plumbing, electrical 36” Dwelling 44” Office# of Exits required: Apartments: 2 Office: 2 Café: 2 Gym/Rec: 2 Dead-end corridors 50’ for sprinkled buildings

LIFE SAFETY

REF.

exits exit access path

Components:

-boiler -chimney -cooling tower -fan room -outdoor fresh air and exhaust louvers -vertical supply and return ducts -horizontal supply and return ducts -supply diffusers -return grilles

EXHAUST AIR EXHAUST AIR EXHAUST AIR

cooling tower

Office (distributed amongst 3 zones):

-cooling capacity: 45 tons -total space for boiler room and chilled water plant: 35 sq ft -space for cooling towers: 50 sq ft -cooling air volume: 10,000 CFM -area of main supply/return ducts: 7.5 sq ft -area of branch supply/return ducts: 10 sq ft -area of fan rooms: 650 sq ft -area of fresh air louvers: 30 sq ft -area of exhaust air louvers: 20 sq ft

Apartments (distributed amongst 3 zones):

-cooling capacity: 75 tons -total space for boiler room and chilled water plant: 65 sq ft -space for cooling towers: 80 sq ft -cooling air volume: 45,000 CFM -area of main supply/return ducts: 30 sq ft -area of branch supply/return ducts: 45 sq ft -area of fan rooms: 1000 sq ft -area of fresh air louvers: 100 sq ft -area of exhaust air louvers: 80 sq ft

SUPPLY AIR

Total:

-cooling capacity: 120 tons -total space for boiler room and chilled water plant: 100 sq ft -space for cooling towers: 130 sq ft -cooling air volume: 55,000 CFM -area of main supply/return ducts: 37.5 sq ft -area of branch supply/return ducts: 55 sq ft -area of fan rooms: 1650 sq ft -area of fresh air louvers: 130 sq ft -area of exhaust air louvers: 100 sq ft

HAVE SYSTEM

boiler chilled water plant

ZONE 3

ZONE 3 ZONE 6

cooling tower

ZONE 2

ZONE 1

ZONE 5

ZONE 4

ZONES 3 AND 6

ZONES 2 AND 5

ZONES 1 AND 4

d water plant

ZONES 3 AND 6

ZONES 2 AND 5

ZONES 1 AND 4

ZONE 5

ZONE 4

ZONE 6

occasional occupancy

use and occupancy

occasional occupancy

use and occupancy

perforated metal balconies are suspended using steel cables (with assistance from stabilizing beams underneath)

occasional occupancy

use and occupancy

self-weight of structure

ground reaction

LOAD TRACING

ground reaction

occasional occupancy

use and occupancy

ground reaction

PROGRAMMING

PROGRAM RESIDENTIAL 29,500 sq. ft 38 units 10 Type A: 2 bed, 2 bath: 1000 sq. ft 16 Type B: 1 bed, 1 bath: 700 sq. ft 12 Type C: efficiency: 400 sq. ft Shared Space laundry and fitness: 2000 sq. ft multi-purpose and sun room: 1500 sq. ft

M OO EN DR CH TH BA 1 BE +KIT RAGE M TO

MECHANICAL

AT IO

CIRCU LATIO N

OT H ER

ITIO N

DINING HALL

P A R KIN

E SPAC OTHER E STORAG KITCHEN

RATIVE LABO

NR SU

DA N

FIT

NE SS

Y RO OM

CE S

TU D

C RO RE LEA OM C N E P SE TI RV O N/E ICE NT S RY

L AI

VIS

R TO

OM RO

NTIAL RESIDE

1120 sq. ft TOTAL: 40738 sq. ft

E RENC NFE CO

EN 1 BATH

K OR

1 BED R LIVING OOM ROO KITCH M

OF FI CE S

OF FIC

ITC 1 BATHEN H

KITCHEN 1 BATH

300 sq. ft 225 sq. ft

1 BEDROOM

LIVEING ROOM

117 sq. ft 120 sq. ft

ING 1 BEDR RO OO OM M K

OFFIC ES A LIV E

LIVIN G

CAFE

10118 sq. ft B2

OFFICE Private Offices 15 Type A: 9x13: 23 Type B: 10x12: Conference Rooms 1 10 person: 2 6 person:

THAN

NK YOU