FALL 2016
GRADUATE STUDENT DESIGN AWARDS
2/
Guillem Roca Canals + Andree Sahakian | ARCH 574 | Tierney
Guillem Roca Canals + Andree Sahakian | ARCH 574 | Tierney / 3
4 / Ann Erskine + Vincent Lee | ARCH 574 | Tierney
Ann Erskine + Vincent Lee | ARCH 574 | Tierney / 5
6 / Brenda Roqueta Vives | ARCH 574 | Erickson
Brenda Roqueta Vives | ARCH 574 | Erickson / 7
8 / Jana Paracolls | ARCH 574 | Erickson
Jana Paracolls | ARCH 574 | Erickson / 9
101 WEST ROOSEVELT ROAD, CHICAGO, IL, 60605
B’
SITE INFORMATION
LOCATION: BORDERED BY ROOSEVELT ROAD, CLARK STREET, 16TH STREET AND A HALF-MILE STRETCH OF RIVERFRONT ON ITS WESTERN EDGE PROJECT TYPE: 62 ACRE NEW DOWNTOWN DEVELOPMENT
SITE PHOTOS A’
A
B MASTER PLAN 0’
HISTORY
CONCEPT DIAGRAM
WATER FILTRATION
100’
200’
SCALE 1”= 100’ 400’
N
800’
ZONING DIAGRAM MIXED-USE RESIDENTIAL INCUBATOR AND STUDENT CONSORTIUM TOURIST ATTRACTION - MUSEUM
EDUCATIONAL THE MARKET WATER TAXI + FILTRATION
RIVERWALK AND WETLANDS MIXED-USE COMMERCIAL
URBAN FARMING CENTER COMMERCIAL - OFFICES
VERTICAL ZONING DIAGRAM
SECTION A-A” 0’
100’
200’
10 / Wing Chau + Imane Hmoudou + Kirti Panwar | ARCH 574 | Deutsch
SCALE 1”= 100’ 400’
800’
ROOSEVELT-CLARK ENTRY
RIVERWALK DEVELOPMENT AT 2030
NORTHEAST VIEW
SOUTHWEST VIEW
NORTH VIEW
NEW RIVER PLAZA
WEST ELEVATION 0’
100’
200’
SCALE 1”= 100’ 400’
800’
KAYAK POINT
SECTION B-B” 0’
100’
200’
SCALE 1”= 100’ 400’
800’
WELLS-WENTWORTH STREET SECTION 0’
16’
32’
64’
SCALE 1/16”= 1’ 128’
RIVERWALK
Wing Chau + Imane Hmoudou + Kirti Panwar | ARCH 574 | Deutsch / 11
12 / Feixiang Zhao + Ziqian Zheng | ARCH 574 | Bognar
Feixiang Zhao + Ziqian Zheng | ARCH 574 | Bognar / 13
14 / Nora Hilpert + Marek Pula | ARCH 574 | Bognar
Nora Hilpert + Marek Pula | ARCH 574 | Bognar / 15
REHABILITATION INSTITUTE OF CHICAGO
Concept: dynamism
Advancing Human Ability
Linear patient rooms
Offset on the north side of ability lab shifts location in every floor
Three corner public space offset for the consistency of dynamism
Concept: sequence of recovery
Concept: expansion strategy
Functional adjacency
vator Riser Diagram
e1
West core
East core
Elevator Riser Diagram Phase 1
Inpatient floor
West core
East core
Inpatient floor Sky lobby
The project aims to provide the utmost comfortable and safe environment for the highest quality patient care that RIC Sky lobby deserves to provide. It supports RIC’s mission to offer a pleasant medical care environment and minimize patient’s recovery time. This project is locatedMOB/ in the Magnificent Mile neighborhood, an upscale section of Chicago’s Michigan Outpatient Avenue, running from the Chicago River to Oak Street, in the Near North Side. In order to emphasize the excellence of RIC among the Chicago’s skyline, the design proudly showcase theMOB/ dynamism of ability lab through the curvature Outpatient imprinted onto the façade. Ground floor
Stacking diagram
Elevator riser Express Inpatient
Ground floor
MOB/Outpatient Staff
Medical homestay
Service
Inpatient visitor
Parking Express
MOB/Outpatient
Inpatient
Staff
Medical homestay
Service
Inpatient visitor
Parking
16 / Delia Chang + Gaoda Jiang + Huaixuan Li + Widya Ramadhani | ARCH 573 | Kim
Structural system -
MOB and parking (bottom)
-
30' - 0"
30' - 0"
30' - 0"
Atrium section detail
-
30' - 0"
210' - 0"
30' - 0"
-
-
-
30' - 0"
30' - 0"
Entrance
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
270' - 0"
-
Structural system -
Inpatient units and ability lab (top)
30' - 0"
30' - 0"
-
30' - 0"
Ground lobby
30' - 0"
-
30' - 0"
30' - 0"
30' - 0"
-
210' - 0"
-
-
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
30' - 0"
210' - 0" -
Sky lobby
Enclosure system detail
Enclosure system detail (inpatient unit)
Enclosure system detail (lobby and MOB)
Ability lab
Air supply zoning
Mechanical system
Inpatient mechanical system
Therapeutic garden
Inpatient room
Delia Chang + Gaoda Jiang + Huaixuan Li + Widya Ramadhani | ARCH 573 | Kim / 17
18 / Yu-Lun Hsu + Theradej Nasueb | ARCH 573 | Hammann
Photovoltaic technology analysis:
Hangar wall exploded axonometic:
2/day) Solar Radiation (kWh/m 7 6
Solar Thermal Collector
5 4 3 2
Standing Seam Aluminum Metal Roof
1 0
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
AC Energy (kWh) 18000
Kingspan Insulated Metal Roof Panel (Air and Vapor Barrier) 3 1/2'', R 28
Annual Total = 128,209 kWh
16000 14000 12000
E20 Monocrystaline PV Panels, 7’ x 3’4’’ 435 Watt 20.3% Efficiency 144 Panels
Flat Plate Solar Collectors 8’ x 4’ 7,158 BTUh 96 Panels *For AC reheat process
10000
Extensive Green Roof *Reduce heat gain and filters pollution
Monocrystaline PV Panels, 5’4’’ x 3’4 275 Watt 17.2% Efficiency 156 Panels
Metal Decking
8000 6000 4000 2000 0
KNT46 Transparent PV Glass 3’ x 3’ 46 Watt 108 Panels
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Electric Operated Laminated Insulated Glazing Unit
Dec
Electricity Consumption vs Production
Drainage Tray
700000 600000 500000 = 21% Reduction in Electricity
400000
Drainaged Pipe
300000 200000
Sustainability diagram:
100000 0 Annual Estimated Electricity Consumption (kWh)
Structural HSS Beam
Annual Electricity Produced from PV (kWh)
*Annual electricity consumption estimation is based on U.S. Energy Information Administration commercial buildings energy consumption survey.
Girder Truss, 10' Deep
Gas Radiant Tube HSS Beam Sprinkler Head Slotted Girder Truss Connection, Bolted Secondary Structure, Grider W6
Secondary Structure, Compressive W6 Support C6 Compressive Truss, 5' Wide Metal Support Frame, 1 1/4''
Topmix Permeable Concrete *Reduce stormwater runoff
Air Gap 1 1/2''
Permeable Brick Pavers *Reduce stormwater runoff
Sealed Concrete Slab, 1' - 6" Deep Grade Insulation, 3" R15
Laminated Insulated Glazing Unit
Geothermal Heat Exchanger
Displacement Ventilation Duct Landscaping Concrete, 2% Sloped for Drainage
Living Wall *Filters air and absorb sound Indoor Plants - For air filtration and noise absorbtion
Roof Drainage Pipe Foundation Support
Indoor Greenery
Clip Connection W/ Fasteners Foundation Drainage Pipe Kingspan Insulated Metal Panel (Air and Vapor Barrier) 3 1/2'', R28
Aluminum Composite Material Panel, 1/8'' Hangar wall elevation: 3/4’’ = 1’
Bird’s Nest Fern Metal Drip Edge
Electric Operated Laminated Insulated Glazing Unit
Standing Seam Aluminum Metal Roof
Kingspan Insulated Metal Roof Panel (Air and Vapor Barrier) 3 1/2'', R 28 Metal Decking
Secondary Structure, Grider W6-Section
Gas Radiant Tube Slotted HSS Connection, Bolted
Sprinkler Head Girder Truss, 10' Deep Slotted Girder Truss Connection, Bolted
Aluminum Paneling, 5' H x 2' W Secondary Structure, Compressive W6 - Section Support C6 Section
Clip Connection W/ Fasteners
Kingspan Insulated Metal Panel (Air and Vapor Barrier) 3 1/2'', R28
Air Gap 1 1/2'' Metal Support Frame, 1 1/4''
Laminated Insulated Glazing Unit
Panel Return Beyond Compressive Truss, 5' Wide
Aluminum Composite Material Panel, 1/8''
Precast Concrete
Accessible Grill Panel Bearing Plate, Bolted Sealed Concrete Slab, 1' - 6" Deep
4'' Thick, Concrete Precast
Grade Insulation, 3"
Landscaping Concrete, 2% Sloped for Drainage
Basement wall hygrothermal analysis: Case 1: Basement without insulation layer R-Value: 15.5 hr °F ft2/Btu Materials: -Soil ‘Christian’ FSP 158 in -PE-Membrane 0.04 in -Concrete 8 in -Air layer 1.5 in -Concrete 8 in
Case 2: Basement with insulation layer R-Value: 36.56 hr °F ft2/Btu Materials: -Soil ‘Christian’ FSP 158 in -PE-Membrane 0.04 in -Polyisocyanurate Insulation 3.5 in -Concrete 8 in -Air layer 1.5 in -Concrete 8 in
Interior Surface Relative Humidity
Temperature
78
Displacement Ventilation Duct Roof Drainage Pipe
Interior Surface 80
75
70
72
60
69
50
66
40
Relative Humidity
Temperature
76
84
Foundation Support
72
74
60 72 48 70
Relative Humidity [%]
Relative Humidity [%]
Temperature [°F]
Ficus
Hangar wall section: 3/4’’ = 1’
36
63 10/1/2016
4/1/2017
10/1/2017
4/1/2018
10/1/2018
4/1/2019
68
30 10/1/2019
WUFI^® Pro 6.0 NonCommercial; Case 1: Basement without insulation; 12/2/2016
66 10/1/2016
24
4/1/2017
10/1/2017
4/1/2018
10/1/2018
4/1/2019
12 10/1/2019
Foundation Drainage Pipe
WUFI^® Pro 6.0 NonCommercial; wufi parkland.w6p; Case 2: Basement with Insulation; 12/2/2016
Exterior Surface
Exterior Surface Temperature
100
Relative Humidity
80
100
100
80
80
Temperature
Relative Humidity
100
80
6' - 2"
40
20
0 10/1/2016
4/1/2017
10/1/2017
WUFI^® Pro 6.0 NonCommercial; Case 1: Basement without insulation; 12/2/2016
4/1/2018
10/1/2018
4/1/2019
0 10/1/2019
60
60
40
40
20
20
0 10/1/2016
4/1/2017
10/1/2017
4/1/2018
10/1/2018
4/1/2019
Relative Humidity [%]
60
40
Relative Humidity [%]
60
20
Temperature [°F]
Perperomia
Temperature [°F]
Dracaena
Temperature [°F]
Pylon Diffuser for Displacement Ventilation *Low velocity supply air for service area only. Able to disregard hot air above service area.
Accessible Grill Panel 4'' Thick, Concrete Precast
Water Reservoir
AHU
0 10/1/2019
WUFI^® Pro 6.0 NonCommercial; Case 2: Basement with Insulation; 12/2/2016
Yu-Lun Hsu + Theradej Nasueb | ARCH 573 | Hammann / 19
20 / Shivayogi Murugesh Gajare + Lars Huehnken | ARCH 573 | Hammann
Shivayogi Murugesh Gajare + Lars Huehnken | ARCH 573 | Hammann / 21
22 / Carolina Achong | ARCH 573 | Chasco
Carolina Achong | ARCH 573 | Chasco / 23
24 / Wanwan Shao | ARCH 573 | Chasco
Wanwan Shao | ARCH 573 | Chasco / 25
26 / Jacob Eble + Kiel Fahnstrom + Michael Sandrzyk | ARCH 573 | Armstrong
Jacob Eble + Kiel Fahnstrom + Michael Sandrzyk | ARCH 573 | Armstrong / 27
28 / Liyuan Ge + Chengcheng Peng + Qiujun Yue | ARCH 573 | Armstrong
Liyuan Ge + Chengcheng Peng + Qiujun Yue | ARCH 573 | Armstrong / 29
30 / Melika Hajishafieiha | ARCH 572 | Warfield
Melika Hajishafieiha | ARCH 572 | Warfield / 31
32 / Drew Nuding | ARCH 572 | Warfield
Drew Nuding | ARCH 572 | Warfield / 33
34 / Ryan Christiansen + Aarefa Palgharwala + Austin Zehr | ARCH 571 | Stallmeyer
Ryan Christiansen + Aarefa Palgharwala + Austin Zehr | ARCH 571 | Stallmeyer / 35
36 / Paul Kitchen + Madelyn Kodros + Nineveh Rasho | ARCH 571 | Stallmeyer
Paul Kitchen + Madelyn Kodros + Nineveh Rasho | ARCH 571 | Stallmeyer / 37
38 / Zenan Shen | ARCH 571 | Hemingway
Zenan Shen | ARCH 571 | Hemingway / 39
40 / Jingjing Xu | ARCH 571 | Hemingway
Jingjing Xu | ARCH 571 | Hemingway / 41
42 / Shiyu Hu | ARCH 471 | Lewis
Shiyu Hu | ARCH 471 | Lewis / 43
44 / Victor Orozco | ARCH 471 | Lewis
Victor Orozco | ARCH 471 | Lewis / 45
http://www.arch.illinois.edu/