Advanced Studio II - Spring 2020 Matthew Anderson
Section
Pages
Fire Station Case Study .......................................................................................... pg. 1-10 Fire Station Program Analysis ................................................................................. pg. 11-18 Novus Site Analysis ................................................................................................ pg. 19-35 Fire Station Iteration 1 ............................................................................................ pg. 36-37 Fire Station Iteration 2 ............................................................................................ pg. 38-39 Fire Station Iteration 3............................................................................................. pg. 40 Final Iteration .......................................................................................................... pg. 41-64
Index
Sulzberg-Thal Fire Station Architect: Dietrich Untertrifaller
1
Fire Station Case Study
2
3
4
5
6
7
8
9
Passive Shading The large continuous glazing structures the building, creating an air of lightness and transparency to most angles. External Shading protects the interior from overheating The building has ground level access from the main road, with the slightly projecting top floor marking and sheilding the entrance area.
10
11
Program Analysis
12
13
14
15
16
TYPICAL ADJACENCIES
17
18
19
Novus Site
20
21
Zoning Code
R1-6
Zoning Code
R-4
Zoning Code
CSS
Zoning Code
R-3
Zoning Code
RO
Zoning Code:
GID
Zoning Code
MU-ED
Zoning Code
CC
Zoning Code
RMH
Zoning Code:
AG
Zoning Code R1-6 Zone Description: Single-Family Residential
Zoning Code R-4/R-3 Zone Description: Multi-Family Residential General
Maximum Height 30 Maximum Coverage 45 Minimum Site Area 6,000 Minimum Lot Depth 100 Minimum Lot Width 60 Minimum Front Setback 20 Minimum Rear Setback 15 Minimum Side Setback 5 Minimum Street Side Setback 10 Maxium Density 4.00 Minimum Open Structure Front Setback
Maximum Height 40 Maximum Coverage 60 Minimum Landscape 25 Minimum Site Area 1,740 Minimum Front Setback 20 Minimum Rear Setback 10 Minimum Side Setback 10 Minimum Street Side Setback 10 Maxium Density 25.00 Minimum Parking Front Setback 20 Minimum Open Structure Front Setback Minimum Common Wall Side Setback Minimum Open Structure Side Setback Minimum Common Wall Rear Setback Minimum Parking Street Side Setback
Zoning Code
15
RO
Maximum Height Maximum Coverage Minimum Landscape Minimum Front Setback Maxium Density 10.00
Zoning Code CC Zone Description
Maximum Height 35 Minimum Landscape 10 Minimum Front Setback 25 Minimum Rear Setback 0 Minimum Side Setback 0 Minimum Street Side Setback
Maximum Height 35 Maximum Coverage 50 Minimum Landscape 15 Minimum Front Setback 0 Minimum Rear Setback 10 Minimum Side Setback 0 Minimum Street Side Setback
0
15 0 5 0 20
25
Zoning Code RMH Zone Description: Mobile Home Residence
City Center
CSS
Zone Description: Commercial Shopping and Services
Zoning Code: GID Zone Description: General Industrial District 30 35 30 15
Zoning Code
Zoning Code MU-ED Ordinance Number O2017.40 Zone Description: Mixed Use Educational Maximum Height Maximum Coverage Minimum Landscape Minimum Site Area Minimum Lot Depth Minimum Lot Width Minimum Front Setback Minimum Rear Setback Minimum Side Setback Minimum Street Side Setback Maxium Density Minimum Parking Front Setbac
Zoning Code: AG Zone Description: Agricultural Maximum Height 30 Maximum Coverage 25 Minimum Site Area 43,560 Minimum Lot Depth 150 Minimum Lot Width 115 Minimum Front Setback 40 Minimum Rear Setback 35 Minimum Side Setback 20 Minimum Street Side Setback 25 Maxium Density 1.00 Minimum Open Structure Front Setback
Link to Interative Zoning/Land use Map
35
https://tempegov.maps.arcgis.com/apps/webappviewer/index.html?id=af023d 9ba8b847eebf9674a24d281619
22
23
Zoning Code MU-ED Ordinance Number O2017.40 Zone Description: Mixed Use Educational
Present and future Novus developement corridor showing current structures and future projection of the neighborhood.
24
TRANSIT ROUTES current and future
LRT track LRT stops
Tempe Streetcar (under construction) novus innovation corridor
T. Streetcar stops site
T. Streetcar - LRT future connection Tempe Streetcar (10-20 years future extension) Tempe Streetcar (potential future connections)
25
26
27
Bicycle Network Bike lane Bike route Multi-use path (paved) Multi-use path (unpaved) Paved shoulder
28
29
30
Sun Path in August
31
10:00am
12:00pm
02:00pm
04:00pm
Sun Path in January
10:00am
12:00pm
02:00pm
04:00pm
32
Cont. Macro-Climate (Shade)
33
Summer Solstice on June 21st
Winter Solstice on December 21st
Spring Equinox on March 21st
Fall Equinox on September 21st
Cont. Macro-Climate (Wind Rose/Prevailing Winds)
Average Wind Speed This section discusses the wide-area hourly average wind vector (speed and direction) at 10 meters above the ground. The wind experienced at any given location is highly dependent on local topography and other factors, and instantaneous wind speed and direction vary more widely than hourly averages. The average hourly wind speed in Tempe experiences mild seasonal variation over the course of the year. The windier part of the year lasts for 9.5 months, from September 27 to July 11, with average wind speeds of more than 6.6 miles per hour. The windiest day of the year is April 29, with an average hourly wind speed of 7.5 miles per hour. The calmer time of year lasts for 2.5 months, from July 11 to September 27. The calmest day of the year is August 15, with an average hourly wind speed of 5.7 miles per hour.
34
Best time of Year to Visit Tempe
Wind Rose
35
Fire Station Iteration 1
36
37
Fire Station Iteration 2
38
Trumpf Factory Benefits of VRF
Consistent comfort Quiet operation Energy efficiency Installation flexibility, great for tight spaces Heat & cool simultaneously Zoned heating & cooling Fewer breakdowns/less downtime
39
Fire Station Iteration 2
*
This roof got me closer to a structural solution. Changes were still necessary to allow for column grid, habitable spaces and roof to work better together. This solution resolved many things including allowing for light to better penetrate throughout the building.
Fire Station Iteration 3
The courtyard was made the focal point of this iteration, to align better with values
40
Novus Firestation Matthew Anderson 41
Final Iteration
Site Plan
42
Spring Equinox
Summer Solstice
Winter Solstice
43
Solar
19.
GROUND FLOOR PLAN 1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift 19. Couryard
44
GROUND FLOOR PLAN 1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
45
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift
GROUND FLOOR PLAN 1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift
46
GROUND FLOOR PLAN
47
1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift
19.
LIVING QUARTERS 1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift 19. Courtyard
48
12.
LIVING QUARTERS
49
1. Entrance 2. Lobby 3. Kitchen 4. Dinning 5. Office 6. Restrooms 7. Storage 8. Study 9. MEP
10. Control Room 11. Break Room 12. Gym 13. Training 14. Shop 15. Turnout 16. Laundry 17. Dorms 18. Stairs and Lift
Circulation
50
51
Circulation
52
53
Section - South Facing
Section - East Facing 54
55
Roof Structure
56
57
Courtyard
58
59
Green Wall
Pressure Zones 60
North
South 61
Elevations
East
West
62
Shou Sugi Ban wood planks
CMU Block
Aluminum Mullions 63
Steel Framing
Standing-Seam Steel Roof
Materials
Perspectives
Perspectives
64