Project Book - ASU Spring '21 | ADE522 | ATE556

RETREAT

AT ASU POLYTECHNIC CAMPUS LONG DO | BEAU DROMIACK | ADE 522 | SPRING 2021

CONTENTS

ADE 522 ATE 566

04

CONCEPT

06

08

PROGRAM

10

12

SPATIAL

14

16

18

20 HVAC

21

ELEVATION

22

28

35

40

52

64

68

PLAN

EXERCISE 1: DISASSEMBLY

SITE

STRUCTURE

EXERCISE 2: ENERGY

EXERCISE 3: FRAMING, EGRESS, HVAC

PARTI

EXERCISE 4A: REASSEMBLY (2D)

SECTION

EXERCISE 4B: REASSEMBLY (3D)

INFO

EXPERIENCE

The Retreat at the ASU Polytechnic Campus aims to bring balance to the busy lives of students, faculty, and the community by providing spaces to destress. Rest is essential and fosters the creativity and energy required to innovate and succeed. The new site integrates a calming environment of tall pine trees and abundant shade that stitch together lounge spaces throughout the proposed program.

Since individuals may find respite differently, there are both public and private spaces that cater the needs of any visitor. The Hill Pavilion is a focal point of the project that provides activities like reflection, a colorful walkingover-water experience, gathering around a campfire, or simply cloud watching on a hilltop.

These spaces intend to boost life on campus by encouraging people to stay when visiting a ballroom event, and making everyday life more manageable to those immersed in classes, business meetings, and student organizations.

CONCEPT

A healthy and balanced lifestyle.

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A creative mind is a rested mind.

Solitude

Mysterious

Respite

Serenity

Group Activity

QUALITIES

ACTIVITIES

Calming

Adventuring

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CAMPUS OVERVIEW

CLOSE-U INNOVATION WAY

INNOVATION WAY

INNOVATION WAY

SITE

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UP CENTURY HALL

CITRUS DINING

FITNESS COMPLEX

SUN DEVIL MALL

STUDENT UNION CAMPUS BUILDINGS

BACKUS MALL

DOCK

SITE

STUDENT UNION

ACTIVITY FIELD

OPEN GREEN SPACE

GARDEN COMMONS

APPLIED ARTS

WASH SERVICE CHILLED WATER LINE

SONORAN ARROYO MALL SUTTON HALL

MALLS

TAYLOR HALL

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PROGRAM

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BREAK

MAILROOM

BOOKSTORE

LOUNGES

ADMIN OFFICES

WORK ROOMS

CONFERENCE

NATURE PATH

ACTIVITY FIELD (EXISTING)

HILL PAVILION

BALLROOM

PRE-FUNCTION LOUNGES

STUDENT ORG.

MEETING

STORAGE WORK ROOMS

PUBLIC

PRIVATE

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EXPLORATIONS Nature Pathway (Straight)

Nature Pathway (Widening)

Advantages: Efficient & Streamlined

Advantages: Creates Anticipation

Disdavantages: Symmetrical, No Hierarchy

Disadvantages: No Hierarchy

Central Courtyard

Create Courtyard with Existing S.U.

Advantages: Convenient S.U. Connection

Advantages: Retreat View for Current S.U.

Disadvantages: Not a fully enclosed courtyard

Disadvantages: Less direct connection

Dispersed Nodes

Central Courtyard with Nodes

Advantages: - Smaller Private Spaces - Keep lounge spaces separate from noisier spaces

Advantages: Central with Smaller Lounges

Disadvantages: Less Proximity

PARTI

Disadvantages: Crowded, less privacy

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ANALYSIS OF TOP 2 OPTION 1

Dispersed Nodes Advantages: - Varied Experiences - Privacy - Control Noise - Integrated with Landscaping - Better “Zoning” of programs - Less Institutional feel

Disadvantages: Busy / Loud

OPTION 2

Relaxed / Quiet

- Further from Main Facilities - More Costly MEP Setup - Less Integrated with Buildings

Central Courtyard with Dispersed Nodes Advantages: - Central and Integrated Space - Noise - Concentrated Landscaping - Cheaper MEP Setup

Disadvantages: - Less Privacy - More Noise - Intitutional Feel

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THE JOURNEY

The spatial aspiration of larger and busier progra buildings while creating spaces further away. Sca important here; it allows through different scenic campus.

BLOCK

Basic shape of site.

SHAPE PAVILIONS

Create strong focal point with visually unique Hill Pavilion. Nearby buildings respond to the hill.

SEPARATE

Split up space. Noiser/busier program off to the West and quieter programs to the East. Nature additional separates these zones.

ROTATE

Encourage movement through compression and expansion. Shape and rotate buildings towards nature spaces.

Connect to existing spaces on site.

FUNCTION & CIRCULATION

Further break apart by program use.

Open up West-East circulation.

1

2

3

OBJECT, VOID, & C

The spatial relations of t informed by chopping force was needed to spl created a void on one sid

SPATIAL

The hillside pavilion metaphorical knot that and void that draws around and across the

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this project is to keep the ams near the existing campus more inviting standalone ale and space are very s one to imagine walking zones, rather than a plain

SUBURBS (RED)

1

Necessary campus activities. Busy & stressful, but offers function.

2

FOREST (GREEN)

Dense nature. Offers benefits of biophilia to surrounding buildings.

3

HILLSIDE (BLUE)

Focal point. Many opportunities for retreat in three small pavilions.

4

PRAIRIE (PURPLE)

Activate existing open field for multi-purpose use.

5

GARDENS (PURPLE)

Integrate existing community garden for additional retreat activities.

4&5

CIRCULATION

the project was inspired and a piece of firewood. Much lit the wood at the knot; this de, and an object on the other.

in this project is the t acts as both the object attention. Visitors circulate knot like the wooden grain.

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Site Lot Size: Approx. 75,000 Sq. Ft. Net Sq. Ft.: 30,000 Sq. Ft. Gross Sq. Ft.: 48,000 Sq Ft. (Additional 25% Landscape GF)

A-3: Assembly Construction Type: 2-A Material: Steel U-Value (Wall): 0.084 Occupancy: 550

M: Mercantile Construction Type: 2-A Material: Steel U-Value (Wall): 0.084 Occupancy: 150

B: Other Educational Construction Type (Offices): IV Construction Type (Hill): 2-A U-Value (Offices): 0.089 U-Value (Hill): 0.151 Occupancy: 50 Each

INFO

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COMING SOON

FOREST

PRAIRIE

PRECEDENT: JAMES TURRELL’S KIELDER SKYSPACE

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PLAN

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BOOKSTORE

OPEN PLAZA / DENSE NATURE

BREEZEWAY

HILLSIDE

CAFE / SEATING

SEATING BY WASH

CIRCULATION, SERVICE, & NODES

EGRESS

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18'

35'

STEEL:

Bookstore: 36’ x 35’

1

3

3

4

5

A

36'

40'

4

BOOKSTORE

ADMIN OFFICES / LOUNGE

B

9'

Ballroom Hall: 35’ x 40’ Grid

2

A

2

8'

1

B

C

ENGINEERED LUMBER Admin Offices/Lounge: 18’ x 40’

8'

Student Org. Spaces/Lounge: 18’ x 40’

2

1

3

HILL PAVILION

4

A

40'

CONCRETE: Hill Pavilion: 40’ Diameter Core

20'

A

B

B

BALLROOM

STUDENT ORG. / LOUNGE 1

C

2

3

4

5

D

E

SP

STRUCTURAL PLAN 0'

STRUCTURE

8'

24'

N

56'

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BALLROOM BOOKSTORE

SERVICE CORE

LOUNGE/ADMIN

LOUNGE/STUDENT ORG.

HILL PAVILION

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A. H.

A. H.

A. H.

Chilled Water System (Tap into Existing) - Central Plant Exists ---> Low-Cost Solution

BY PROGRAM: A. H.

Ballroom: - Air handler units above service core (Screened) 36” Main Ductwork runs through 8’ deep trusses and on the perimeter of the skylights Hill Pavilion: - Ducts follow circumference of reflection room and comes in from dome

A. H.

Other considerations: Earth-sheltered and evaporative cooling Bookstore: - Air handler unit within storage/service area Lounges/Offices: Air handler units are in ceiling A. H. (Above - Service Area)

(Above - Service Area)

A. H.

AC

HVAC

HVAC PLAN 0’ 10’

30’

70’

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WASH

SCREENED PARKING

BALLROOM MATCHES EXSITING S.U. HEIGHT

PV PANELS FACE SOUTH

LOUNGE/STUDENT ORG.

SKYLIGHT OPENS NORTH

LOUNGE/ADMIN OFFICES

E1

East Elevation 0’ 5’

ELEVATION

15

35’

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T.O. SAWTOOTH 35’ - 0”

T.O. PARAPET 28’- 9”

T.O. ROOF 27’- 3”

B.O. ROOF 24’- 9”

B.O. CEILING 16’- 9”

T.O. FINISHED FLOOR 0’- 0”

A2

SECTION

SECTION - BALLROOM 0’

2’

6’

14’

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Tapered Built-up Roof

Parapet (DT. 1.1)

PV Panels on Skylight

Terra Cotta Rainscreen

Purlins Connected to 8’ Deep Custom Truss

HVAC Main Ducts Eurospan Acoustic Transluscent Fabric Blackout Shade (Above Fabric)

W. Sill (DT. 1.2)

ModernFold Track Connected to Truss

ModernFold 3’ Wide Single-Panel Operable Partition Acoustic Panels

Floor (DT 1.3)

A1

SECTION - BALLROOM COMPONENTS

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EXISTING STUDENT UNION

CAFE SEATING (OUTDOOR)

CAMPUS / SUBURBS

SECTION

BALLROOM

OUTDOOR LOUNG PRE-FUNCTION (EXTERIOR))

PRE-FUNCTION (INTERIOR)

FOREST

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GE / LOUNGE

STUDENT ORG. WORKROOM

STUDENT MEETING ROOM

FITNESS COMPLEX (EXISTING)

HILL PAVILION

HILLSIDE

ACTIVITY FIELD (EXISTING)

PRAIRIE

C1

SITE SECTION

SITE SECTION

0'

5'

15'

35'

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SECTION

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WANDER IN NATURE (DAY)

WANDER IN NATURE (NIGHT)

EXPERIENCE

STRETCH ON THE H

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HILL ENGAGE AT THE BALLROOM

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HILL PAVILION - WATERWALL REFLECTION ROOM

EXPERIENCE

FLOAT ON WATER (HILL PAVILION OUTER CORE)

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REFLECT INSIDE THE HILL PAVILION (INNER CORE)

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EXPERIENCE

GATHER AROUND THE CAMPFIRE

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LOUNGE AT STUDENT ORG. PAVILION

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TECHNICAL WORK

LONG DO | TOM HARTMAN | DONGWOO YEOM | ATE 566 SPRING 2021

CASE STUDY: ZENTRUM PAUL KLEE ARCHITECT: RENZO PIANO

LOCATION: BERN, SWITZERLAND

EXERCISE 1: DISASSEMBLY

KASIANI BEJA | LONG DO ATE 556 HARTMAN I YEOM

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STRUCTURE

VISIBLE

MEMBRANE

THERMAL

COMBINED

FULL SECTION

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COMBINED

VISIBLE

STRUCTURE

MEMBRANE

THERMAL

ROOF / WALL SECTION

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COMBINED

STRUCTURE

WALL SECTION

VISIBLE

MEMBRANE

THERMAL

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COMBINED

VISIBLE

STRUCTURE

MEMBRANE

THERMAL

GROUND SECTION

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CLIMATE ENERGY ANALYSIS

ATE 556: ARCHITECTURAL TECHNOLOGY V LONG DO | HARTMAN | YEOM

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SITE: ASU POLYTECHNIC CAMPUS

SITE: ASU POLYTECHNIC CAMPUS

-CLIMATE ZONE 2: Hot and Arid - Weather Station File: Phoenix Sky Harbor

-CLIMATE ZONE 2: Hot and Arid

- Distance: Approximately 30 Miles - Location is flat

- Weather Station File: Phoenix Sky Harbor

- Distance: - No specific microclimate

Approximately 30 Miles

- Location is flat - No specific microclimate

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SITE: ASU POLYTECHNIC CAMPUS

SITE: ASU POLYTECHNIC CAMPUS

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CLIMATE DATA & ANALYSIS: TEMPERATURE

TEMPERATURE MONTHLY MEAN: The mean temperature is within (or near) the comfort zone in only 3 months: April, May and October.

Active / Passive cooling strategies will likely need to be applied during the months of April through October.

Active/ Passive heating strategies will likely need to be applied during all months execept June to September.

SOURCE: CLIMATE CONSULTANT

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CLIMATE DATA & ANALYSIS: HUMIDITY

SOURCE: CLIMATE CONSULTANT

SOURCE: CLIMATE CONSULTANT

HUMIDITY / DRY BULB x WET BULB: Months with mean dry bulb temperatures above the comfort zone have a very low humidity ratio: May through October During these months, evaporative cooling strategies would increase the humidity ratio and lower temperatures. The differential in wet versus dry bulb temperatures in the hot months can be as much as 30 (degrees F). Therefore, a building using this strategy can expect to achieve temperatures closer to the wet bulb temperature.

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CLIMATE DATA & ANALYSIS: SOLAR GLOBAL HORIZONTAL SOLAR RADIATION: The global horizontal solar radiation (in WH/m2) ranges from approximately 500 - 1000. A building can benefit from this radiation using PV panels.

The building should also have adequate shading to protect occupants.

SOURCE: www.andrewmarsh.com

TOTAL CLOUD COVER (%) (at 11:00 AM) Cloud cover % is low and is never more than approximately 50%. This means the sun is usually shining; therefore, use of PV panels would likely be very effective.

SOURCE: www.andrewmarsh.com

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CLIMATE DATA & ANALYSIS: RAINFALL & WIND

SOURCE: www.weatherspark.com

SOURCE: CLIMATE CONSULTANT

RAINFALL:

WIND VELOCITY & DIRECTION:

The average of rainfall in any given month is about 1 inch or less. It would be beneficial to implement a rainwater harvesting system.

The wind prevails in the West-East directions.

However, the average wind velocities are just above 5 mph. This is likely not high enough to efficiently use a wind turbine.

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SEFAIRA ENERGY MODELING: BASELINE

TOP

PERSPECTIVE

DAYLIGHT CONDITIONS

BASELINE: - One Building - 179’ x 120’ - 28’ High - 10 Windows (2800 sq. ft) - WWR = 20% - No Shading - East-West Orientation

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SEFAIRA ENERGY MODELING: 1ST ITERATION

TOP

PERSPECTIVE

DAYLIGHT CONDITIONS

ATTRIBUTES: - One Building - 179’ x 120’ - 28’ High - 10 Windows (2800 sq. ft) - WWR = 20% - Window Shade: Horizontal - North-South Orientation

CONCLUSION: These changes are not enough to make a difference. Push more dramatically.

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SEFAIRA ENERGY MODELING: 2ND ITERATION

TOP

PERSPECTIVE

DAYLIGHT CONDITIONS

ATTRIBUTES: - One Building - 179’ x 120’ - 28’ High - 10 Windows (2800 sq. ft) - Large Shade Above Roof - WWR = 20% - Window Shade: Vertical + Horizontal - North-South Orientation

CONCLUSION: Additional shades made an impact on the building. Use more fins for glazing when the sun is low.

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SEFAIRA ENERGY MODELING: 3RD ITERATION

TOP

PERSPECTIVE

DAYLIGHT CONDITIONS

ATTRIBUTES: - One Building - 179’ x 120’ - 28’ High - 14 Windows (4200 sq. ft) - Large Shade Above Roof - WWR = 35.5% - Window Shade: Many Vertical + Horizontal - North-South Orientation CONCLUSION: Additional fins and louvers did help out heat gain, but not by much. This was also at the expense of proper lighting.

Must adjust the angle, frequency, and size in order to optimize daylight.

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SEFAIRA ENERGY MODELING: CONCLUSION

CONCLUSION: Iteration number 2 was the most energy efficient building. There is a lot of room for improvement, but the main takeway is that the relationship between daylight and shading needs to be fine tuned. Adding a bunch of louvers and fins can help save on energy costs, but is at the expense of well-lit spaces, if note done with care.

ITERATION 2

LOOKING FORWARD: One option that I would like to research further is the use of a skylight.

Slots would need to be stripped out of the roof shade, but the skylight cannot be directly beneath these slots because of heat gain. Instead, the skylight would need to be located near the slots, but out of direct sun exposure in order for the light to bounce into the building.

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EXERCISE 3: PRELIMINARY FRAMING/EGRESS/HVAC SYSTEMS ATE 556 | HARTMAN | YEOM BY: LONG DO

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PRELIMINARY CODE RESEARCH - BUILDING INFO

Location: ASU Poly Campus Program: Ballroom Occupancy Type: A-3 Assembly, Arenas Occupant Load: 660 Occupants (15 sq. ft. per occupant) Target Size: 10,000 Sq. Ft. & 25 Feet High Possible Construction Types: 1-A, 1-B, 2-A, and 2-B

Henry B. Gonzalez Convention Center

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PRELIMINARY CODE RESEARCH - RECOMMENDATION

Recommended:

Selection:

Material: Steel or Cast-in-Place Concrete

Material: Steel (Widespan to avoid columns)

Construction Type: Type 1-B, 2-A

Construction Type: Type 2-A (Lower Costs) Sprinklered: Required for 300+ Occupants

Maximum Height/Area:

Project Height/Area:

Height: 85’ or 4 Stories

Height: 25’ and 1 Story

Area: 62,000 Sq. Ft.

Area: 10,000 Sq. Ft.

Source: Architect’s Studio Companion

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PRELIMINARY STRUCTURAL SYSTEM: SELECTION

Intention - Create an 80’ wide open floor. Use a wide-span steel system in order to minimize column use and keep ballroom floor open

Recommended - Steel Frame or Steel Trusses

Selection: Steel Truss

Source: pinterest.co.uk

Standard Steel Frame

Source: istockphoto.com

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STRUCTURAL GRID

OFFICE 130 SF

STORAGE/RECEIVING 1000 SF

ADMIN OFFICES 800 SF

AMAZON/MAILBOX 800 SF

ADMIN OFFICES 800 SF

OFFICE 130 SF LOUNGE

CONFERENCE ROOMS 1500 SF

BOOKSTORE 4400 SF

1

2

3

4

5

SEATING NOOKS

6

10'

Ballroom Hall: 35’ x 40’ Grid

HILL PAVILION

WATERWALL AREA

20'

A

Primary Member - Parallel Cord Truss - 8’ Deep at Partitions Secondary Members - W24x94 Beams with 3” Steel Decking 8’ O.C. Columns (30-32’ Tall) - Wide-Flange W8x8

B SEATING NOOKS

Cantilevered 25’-33’ Into Pre-Function Lobby

Attached Service Building: 20’ x 20’ Grid

C

LOUNGE

Primary Member - Girder W14x61 Secondary Members - Beams W12x50 with 1” Steel Decking at 5’ O.C. Columns - Wide-Flange W6x6

STUDENT ORG. 800 SF

STUDENT ORG. 800 SF

D

Floor:

40'

4” Slab = 1.5” Steel Decking at 6’ O.C. + 2.5” Concrete Topping

E 8'

1" 29'-104

31'-8"

30'

8'

80'

1" 109'-112

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BUILDING ENVELOPE

PHOENIX - CLIMATE ZONE 2 Max U-Values Roof (Metal Building) = U-0.041 Walls, Above Grade (Steel Frame) = U-0.084

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BUILDING ENVELOPE: WALL ASSEMBLY PHOENIX - CLIMATE ZONE 2 Max U-Values Walls, Above Grade (Steel Frame) = U-0.084 MEETS REQUIREMENT

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BUILDING ENVELOPE: ROOF ASSEMBLY PHOENIX - CLIMATE ZONE 2 Max U-Values Roorf (Metal Building) = U-0.041 MEETS REQUIREMENT

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HVAC RESEARCH OPTIONS FOR ASSEMBLY TYPE SPACE Air Sy : - Variable Air Volume (VAV) - Constant Air Volume (CAV) - Fan Coil Terminal - Packaged Central Heating/Cooling Unit CONSIDERATIONS FOR THIS PROJECT (Hybrid Systems): BOILER/CHILLER VAV: Existing Central Plant at Poly Campus and will reduce space needed for mechanical room.

Packaged Unit VAV: May be used in addition to VAV in order to meet high occupant needs (+500 People) COMPONENTS: - Central Plant (Boiler/Chiller) - Air Handler Unit - Chimney - Cooling Tower - VAV Terminals - Ducts and Diffusers - Supply and Return Louvers EQUIPMENT SIZES The following is for sizing the spaces needed for the VAV system. However, since a large campus central plant exists, these spaces will not need to be added.

Cooling Capacity - 30 Tons Total Space for Central Plant - 300 Sq. Ft. Space for Cooling Towers - 50 Sq. Ft

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HVAC RESEARCH AIR HANDLER SPACE SIZING Cooling Air Volume in CFM (m^2/sec) - 11,000 Area of Main Supply or Return Ducts - 12 Sq. Ft. Area of Branch Supply or Return Ducts - 18 Sq. Ft. Area of Fresh Air Louvers - 45 Sq. Ft. Area of Exhaust Area Louvers - 38 - Sq. Ft.

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800 SF

130 SF LOUNGE

HVAC DIAGRAMS

CONFERENCE ROOMS 1500 SF

BOOKSTORE 4400 SF

SEATING NOOKS

HILL PAVILION

MDF/IDF/ELECTRICAL/RISER/WATER

Air Handler

800 SF

water lines

BALLROOM STORAGE 1000 SF

PREP KITCHEN 300 SF

water lines

WATERWALL AREA

To Existing Centra

l Plant

LIGHTS 60SF STORAGE 260 SF

TOP: Air handler connected to existing central plant.

Alternative locations: -South side of building to clear noise in the breezeway -Rooftop -Plenum BOTTOM: Optional 30 Ton Rooftop Split-Package. This can be sized smaller if used in conjunction with the chilled water system.

Ductwork pathway will be similar in both cases. Main duct goes through the truss structure and branches into 3 for each partitioned space.

SEATING NOOKS

RR 270 SF

LOUNGE A/V ROOM +STORAGE 240 SF

BALLROOM 8100 SF

RR 200 SF

STUDENT ORG. 800 SF

INTERIOR PRE-FUNCTION 1400 SF STORAGE 260 SF

STUDENT ORG. 800 SF

RR 270 SF

LIGHTS 60SF

STORAGE 240 SF

RR 200 SF

RED: Return Air Blue: Supply Air

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EGRESS All ground level, no stairs

Major Programs Ballroom Bookstore Conference Admin Offices Student Organization Hill Pavilion Lounge 1 Lounge 2

Egress Data Occupancy Type Area per Occupant (sq. ft.) Program Area Max Occupant Load A-3 15 10,000 667 M 30 5500 183 B 100 1500 15 B 100 1500 15 B 100 1500 15 B 100 1200 12 B 100 900 9 B 100 900 9

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EXERCISE 4A: REASSEMBLY (2D) ATE 556 | HARTMAN | YEOM BY: LONG DO

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CONFERENCE ROOMS 1500 SF

BOOKSTORE 4400 SF

OFFICE 130 SF

1

FICES

ADMIN OF 800 SF

STORAGE + RECEIVING 1000 SF

OFFICE 130 SF

AMAZON/MAILBOX 800 SF

ADMIN OFFICES 800 SF

3

4

5

LOUNGE

6

10'

BOOKSTORE 4400 SF

Ballroom Hall: 35’ x 40’ Grid CONFERENCE ROOMS 1500 SF

20'

Primary Member - Parallel Cord Truss - 8’ Deep at Partitions Secondary Members - W24x94 Beams with 3” Steel Decking 8’ O.C. Columns (30-32’ Tall) - Wide-Flange W8x8 Cantilevered 25’-33’ Into Pre-Function Lobby LIGHTS 60SF

HILL PAVILION

A

SEATING NOOKS

WATERWALL AREA

HILL PAVILION

EXISTING STUDENT UNION

2

B

OPEN FIELD

RR 270 SF

STORAGE 260 SF

SEATING NOOKS

A/V ROOM +STORAGE 240 SF

EXTERIOR PRE-FUNCTION

RR 200 SF

LOUNGE

Attached Service Building: 20’ x 20’ Grid INTERIOR PRE-FUNCTION 1400 SF

BALLROOM 8100 SF

STORAGE 260 SF

STUDEN T ORG. 800 SF

STUDEN T ORG. 800 SF

RR 270 SF

C

LOUNG

Primary Member - Girder W14x61 Secondary Members - Beams W12x50 with 1” Steel Decking at 5’ O.C. Columns - Wide-Flange W6x6 LIGHTS 60SF

SCRIM WALL

RR 200 SF

STUDENT 800 SF

SC

RIM

W

AL

L

STORAGE 240 SF

WATER 70 SF

CAFE 650 SF

ELECTRICAL 70 SF

MDF 140 SF

BALLROOM STORAGE 1000 SF

PREP KITCHEN 350 SF

IDF 70 SF

Floor: 4” Slab = 1.5” Steel Decking at 6’ O.C. + 2.5” Concrete Topping SCRIM WALL

RISER 70 SF

D

COMMUNITY GARDEN

SCRIM WALL

40'

ADA & SERVICE PARKING

E 8'

1" 109'-112

1" 29'-104

CURRENT SCHEME

31'-8"

30'

8'

80'

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1ST ITERATION

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27'-10" 27'-10"

2ND ITERATION

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EXERCISE 4B: REASSEMBLY - 3D SECTION LONG DO ATE 556 HARTMAN/YEOM

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T.O. SAWTOOTH 35’ - 0”

T.O. PARAPET 28’- 9”

T.O. ROOF 27’- 3”

B.O. ROOF 24’- 9”

B.O. CEILING 16’- 9”

T.O. FINISHED FLOOR 0’- 0”

A2

SECTION - BALLROOM 0’

2’

6’

14’

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Tapered Built-up Roof

Parapet (DT. 1.1)

PV Panels on Skylight

Terra Cotta Rainscreen

Purlins Connected to 8’ Deep Custom Truss

HVAC Main Ducts Eurospan Acoustic Transluscent Fabric Blackout Shade (Above Fabric)

W. Sill (DT. 1.2)

ModernFold Track Connected to Truss

ModernFold 3’ Wide Single-Panel Operable Partition Acoustic Panels

Floor (DT 1.3)

A1

SECTION - BALLROOM COMPONENTS

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THANK YOU