Structural Design Project Southern Illinois University Arc 462 Structures 3 Tecnologico de Monterrey Mexico Campus Library
April 20, 2015 Kegan Witham
Table of Contents Project Description
Pg. 3
Architectural Drawings
Pg. 4
Framing Plans
Pg. 19
Load Calculations
Pg. 27
3
Project Description The semester project for Arc 452 Design 6 Integration was to create a public library. Each student was allowed to either choose a site in Monterrey Mexico or in New Harmony Indiana. This project was designed to be Tecnologico de Monterrey’s new campus library. The current library is an aging structure that can no longer complete the task required by the campus. The program was determined by the individual designing it. It was not allowed to be more than 100,000 square feet. It had to include a lobby space, cafÊ, classrooms, computer labs, offices, conference rooms, stack space, and a rare books collection. We were tasked with designing the building as energy efficient as possible. To accomplish this I made use of geothermal energy, building integrated photovoltaics, thin film batteries, grey water collection, and natural ventilation. My design concept was to create a framed space in the center of the Monterrey campus. The north and south were both framed by longer thin buildings while the west was framed by the CTEC building. I attempted to create a complementary building to the CTEC building while maintaining a contrasting shape. The CTEC is very angular so I maintained a square core and allowed curvilinear forms to form around the exterior of the core. All floors consist of metal decking and a concrete topping. The first floor is a slab on grade system. Carpet is used in all floors except the vestibules and restrooms which have tile.
Architectural Drawings
4
Site Plan: Scale 1”=75’
Architectural Drawings
5
First Floor: Scale 1”=20’
Architectural Drawings
6
Second Floor: Scale 1”=20’
Architectural Drawings
7
Third Floor: Scale 1”=20’
Architectural Drawings
8
Fourth Floor: Scale 1”=20’
Architectural Drawings
9
Fifth Floor: Scale 1”=20’
Architectural Drawings
10
Sixth Floor: Scale 1”=20’
Architectural Drawings
11
Seventh Floor: Scale 1”=20’
Architectural Drawings
12
Eighth Floor: Scale 1”=20’
Architectural Drawings
13
Roof: Scale 1”=20’
Architectural Drawings
14
East Elevation: Scale 1”=20’
Glass Curtain Wall
Metal Panel
Architectural Drawings
15
North Elevation: Scale 1”=20’
Metal Panel
Glass Curtain Wall
Architectural Drawings
16
West Elevation: Scale 1”=20’
Glass Curtain Wall
Metal Panel
Architectural Drawings
17
South Elevation: Scale 1”=20’
Metal Panel
Glass Curtain Wall
Architectural Drawings
Transverse Section: Scale 1”=20’
18
Framing Plans
19
Second Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
20
Third Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
21
Fourth Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
22
Fifth Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
23
Sixth Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
24
Seventh Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
25
Eighth Floor: Scale 1”=20’
W10X100
W12X106
W12X96
Framing Plans
26
Roof: Scale 1”=20’
W14X22
W16X26
W12X96
Load Calculations
27
Load Plans
Load Calculations
28
Load Plans
Load Calculations
Roof Dead Load 1 Ply 2” Rigid Insulation Steel Decking Concrete fill - 4” Drop Ceiling Lights and HVAC Sprinkler Total
Typical Floor Dead Load Concrete Fill - 4” Steel Deck Drop Ceiling Lighting/HVAC Sprinklers Carpet/Pad 6” Stud Walls Gypsum Wall Total
Roof Live Load Roof Live Load
Typical Floor Live Load
Stack Space/Mechanical Space
29
1.5 PSF 1.5 PSF 2 PSF 34 PSF 3 PSF 3 PSF 3 PSF 48 PSF
34 PSF 2 PSF 5 PSF 3 PSF 3 PSF 3 PSF 4 PSF 2.5 PSF 57.5 PSF
16 PSF
150 PSF
Load Calculations
30
Load Calculations
31
Load Calculations
32
Load Calculations
33
Load Calculations
34