A. Webster Detailing & Construction Portfolio

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET Assignment:

Austin Webster Detailing and Construction Documents Mary Polites

ASSIGNMENT 1 (A)

Analyze 3 buildings, one from each of the following different assembly system types. LAYERED WALL SYSTEM MONOLITHIC WALL SYSTEM CURTAIN WALL SYSTEM Choose buildings that broaden your range of knowledge.

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Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Assignment:

Semester:

Class: SPRING 2022

Sports Hall La Minais

Bohuon Bertic Architectes

Layered Wall System

Built in 2021 and designed by Bohuon Bertic Architectes, the Sports Hall La Minais is a 37000 SF sports facility in Sainte-Luce-sur-Loire, France. As it sits on the edge of the city, the design come up from the ground in tiers eventually leading to its largest space at 130 feet. Its use of soft tones creates a welcome environment both inside and outside.1

The construction is made of metal frames with a triple-skin facade with external insulation. The metal cladding varies between perforated and opaque and wraps horizontally around the building. Its southwest facade has a balcony facing the Parc de la Minais and its beautiful pond. Its northeast facade is largely glazing to enjoy the views towards farmlands to the east.1

Northeast Perspective1 Entrance Perspective1

Austin Webster Detailing and Construction Documents

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Polites

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1A

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Austin Webster Detailing and

Austin Webster Detailing and Construction Documents

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Construction Documents

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Assignment:

Class: SPRING 2022 Semester:

Mary Polites FINAL BOOKLET

Assignment: Building:

Professor: Mary Polites Assignment 1A Sports Hall La Minais

Austin

Webster

Austin Webster Detailing and Construction Documents

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Detailing and Construction Documents

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Assignment:

Class: SPRING 2022 Semester:

Mary Polites FINAL BOOKLET

Assignment: Building:

Professor: Mary Polites Assignment 1A Sports Hall La Minais

Austin

Webster

Austin Webster Detailing and Construction Documents

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Professor:

Detailing and Construction Documents Mary Polites FINAL BOOKLET

Class: SPRING 2022 Semester:

Assignment:

Assignment: Building:

Professor: Mary Polites Assignment 1A Sports Hall La Minais

Scale: 1/32” = 1’ 0”

Scale: 1/32” = 1’ 0”

Austin Webster Detailing and

Austin Webster Detailing and Construction Documents

Construction

Professor:

Professor: Mary

Assignment:

Class: Assignment: Building:

Documents Mary Polites FINAL BOOKLET

Polites Assignment

Class: SPRING 2022 Semester:

1A Sports Hall La Minais

Austin

Webster

Austin Webster Detailing and Construction Documents

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Detailing and Construction Documents

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Assignment:

Class: SPRING 2022 Semester:

Mary Polites FINAL BOOKLET

Assignment: Building:

Professor: Mary Polites Assignment 1A Sports Hall La Minais

Tozzer Anthropology Building

Kennedey & Violich

The new Tozzer Anthropology Building is a 35,000 square foot transformation of an existing library building which houses faculty and graduate student o ces, a library, classroom and seminar spaces, and provides accessibility to an adjacent museum complex. The building is located at the end Divinity Avenue across the Street from Divinity Hall and in the middle of University Museum, a large courtyard building made up of the Peabody Museum of Archaeology and Ethnology and the Harvard Museum of Natural History. Both buildings are on the National Register of Historic Places.2

Modernist era university buildings are aging across America due to outdated construction that was based on building codes that cannot meet contemporary envelope, seismic, and energy requirements. At the same time universities cannot dismiss the embodied energy and materials that make up these buildings. The Tozzer Anthropology Building transforms the public presence and programs of Johnson and Hotveld’s 1971 Tozzer Library by re-using the existing building’s foundation, campus infrastructure connections, and steel and concrete structure. The new massing increases usable SF by 29% with a copper roof volume, which rotates to capture daylight and strengthens a reading of the building as a pavilion in the Peabody Courtyard.2

Monolithic Wall

Southeast Perspective2

Austin Webster Detailing and

Austin Webster Detailing and

Construction

Construction Documents

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Documents Mary Polites FINAL BOOKLET

Mary Polites Assignment 1A Tozzer Anthropology Building

Austin Webster Detailing

Austin Webster Detailing and Construction Documents

and Construction Documents

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Professor: Mary

Assignment:

Class: Assignment: Building:

Mary Polites FINAL BOOKLET

Polites Assignment

Class: SPRING 2022 Semester:

1A Tozzer Anthropology Building

Austin Webster Detailing

Austin Webster Detailing and Construction Documents

and Construction Documents

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Professor: Mary

Assignment:

Class: Assignment: Building:

Mary Polites FINAL BOOKLET

Polites Assignment

Class: SPRING 2022 Semester:

1A Tozzer Anthropology Building

2WEST ELEVATION

Scale: 1/16” = 1’ 0”

Austin

Webster

2EAST ELEVATION

Scale: 1/16” = 1’ 0”

Austin Webster Detailing and Construction Documents

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Detailing and Construction Documents

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Professor: Mary

Assignment:

Mary Polites FINAL BOOKLET

Polites Assignment

Assignment: Building:

Class: SPRING 2022 Semester:

1A Tozzer Anthropology Building

Scale: 1/16” = 1’ 0”

2SECTION A 2SECTION B

Scale: 1/16” = 1’ 0”

Austin

Webster

Austin Webster Detailing and Construction Documents

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Professor:

Detailing and Construction Documents Mary

Professor: Mary

Assignment:

Assignment: Building:

Polites

Class: SPRING 2022 Semester:

Polites Assignment

1A Tozzer Anthropology Building

FINAL BOOKLET

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Professor: Mary

Assignment:

Polites

Class: Assignment: Building:

FINAL

Construction Documents 1/8” = 1’ 0” 2WALL SECTION THRU ENTRY LOBBY 1/8” = 1’ 0” 2WALL SECTION THRU ENTRY LOBBY 1/8” = 1’ 0” 2WALL SECTION THRU ENTRY LOBBY

SPRING 2022 Semester:

Assignment 1A Tozzer Anthropology Building

BOOKLET

NOVARTIS CAMPUS

Weiss Manfredi

Curtain Wall System

Building 335 is a 140,000 square foot oncology o ce building at Novartis’ North American Headquarters. Five oors of open o ce work areas are connected by an ascending spiral of “living rooms” with vistas to the generous 230-acre campus.3

Marked by wood nishes, column free spans, and clear glass, the "living rooms" provide a common ground for distinct project groups to interact. The primary work areas are light lled and are con gured for maximum exibility and interdisciplinary collaboration. Clad in a curtain wall of oscillating acid etched, re ective, and clear glass, the building mirrors the landscape and introduces an innovative paradigm for collaborative work.3

The building is part of Novartis’ refreshed North American campus, which also includes buildings by Raphael Viñoly, Fumihiko Maki, and Vittorio Lampugnani.3

Austin Webster

South Elevation3

Austin Webster Detailing and Construction Documents

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Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Professor: Mary

Assignment:

Class: Assignment: Building:

Class: SPRING 2022 Semester:

Polites Assignment 1A Novartis Campus

Scale: 1/16” = 1’ 0”

Scale: 1/16” = 1’ 0”

Austin Webster Detailing and Construction Documents

Class:

Professor:

Professor:

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Assignment:

Assignment: Building:

Class: SPRING 2022 Semester:

Mary Polites Assignment 1A Novartis Campus

Scale: 1/16” = 1’ 0”

Scale: 1/16” = 1’ 0”

Austin Webster Detailing and Construction Documents

Class:

Professor:

Professor:

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Assignment:

Assignment: Building:

Class: SPRING 2022 Semester:

Mary Polites Assignment 1A Novartis Campus

Scale: 1/16” = 1’ 0”

Austin

Webster

Austin Webster Detailing and Construction Documents

Class:

Detailing and Construction Documents

Professor:

Assignment:

Class: SPRING 2022 Semester:

Assignment: Building:

Mary Polites FINAL

BOOKLET

Professor: Mary Polites Assignment 1A Novartis Campus

Scale: 1/16” = 1’ 0”

Scale: 1/16” = 1’ 0”

Scale: 1/16” = 1’ 0”

Austin Webster Detailing and

Austin Webster Detailing and Construction Documents

Class:

Construction Documents

Professor:

Professor: Mary

Assignment:

Assignment: Building:

Class: SPRING 2022 Semester:

Mary Polites FINAL BOOKLET

Polites Assignment 1A Novartis Campus

Austin Webster Detailing and Construction Documents

Class:

Professor:

Professor:

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Assignment:

Assignment: Building:

Class: SPRING 2022 Semester:

Mary Polites Assignment 1A Novartis Campus

ASSIGNMENT 1 (B)

Using Assignment One (A) as a launching point, produce supporting diagrams and an axonometric diagram to identify the major systems of each case study. Some speculation may be necessary, so back up your descriptions by providing technically appropriate explanations.

Austin Webster Detailing and Construction Documents Mary Polites

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FINAL BOOKLET

AXON PERSPECTIVE

FLOOR

WALL SECTION

SCALE: 1/4" = 1' - 0"

ROOF SYSTEM

WALL SYSTEM

FLOOR SYSTEM FOUNDATION SYSTEM

WALL ASSEMBLY

SCALE: 1/2" = 1' - 0" PLAN DETAIL NOT TO SCALE AXON PERSPECTIVE

Professor:

Assignment:

Professor: SPRING 2022 Semester:

FINAL BOOKLET

Class: Building: Novartis Campus

ASSIGNMENT 1 (C)

Select one case study assembly from Assignment One (B) to further explore in greater detail and understanding. Draw and annotate a wall section, an exterior wall plan detail, a partition section detail and an elevation detail. Each drawing should show enough information to convey how it’s assembled, and the components relate to each other. Some speculation may be necessary, so back up your descriptions by providing technically appropriate explanations.

Austin Webster Detailing and Construction Documents Mary Polites

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FINAL BOOKLET

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Austin Webster

Detailing and Construction Documents Mary Polites

Professor: A101

Assignment 1C

Class: Building: Sports Hall La Minais

East France Approximated Classification: 4A

Virginia's Climate Classification: 4A

COPING

ROOFING SYSTEM: MEMBRANE MINERAL WOOL VAPOR BARRIER MINERAL WOOL

LIGHT STEEL FRAME

STAINLESS STEEL ANGLE

Wall System Required

R-Value: 8 / 13*

*(The second R-value applies where more than half of the insulation is on the interior of the mass wall.)

Given Wall System R-Value:

23

ALUMINUM PROFILED SHEET E-CLIP

PROFILED STEEL SHEET

DOUBLE-PANE EXTERIOR WINDOW

MATERIAL

WALL ASSEMBLY PURPOSE

ALUMINUM

FINISH FACE. ABLE TO HOST PAINT AND HAS A NICE MATTE FINISH FOR A MODERN LOOK

3" RIGID BOARD INSULATION

FLOOR FINISH CAST-IN-PLACE CONCRETE SUB-FLOOR RIGID BOARD INSULATION

CAST-IN-PLACE CONCRETE CONCRETE FOOTING

WALL SECTION

SCALE: 1/2" = 1' - 0"

3" = R-10 (NOT COUNTED) 5.5" = R-18.2

MINERAL WOOL INSULATION. WHEN SWITCHING TO THE 3" RIGID BOARD INSULATION, THIS LAYER HELPS RETAIN AT LEAST A 13 R-VALUE

8" = R-4.8

INTERIOR EXTERIOR

CAST-IN-PLACE CONCRETE

STRUCTURAL. ALL ELEMENTS OF THE BUILDING RELY ON THIS LAYER FOR ITS STRUCTURE.

MEMBRANE VAPOR BARRIER

MINERAL WOOL INSULATION. THIS LAYER IS RESPONSIBLE FOR THE BULK OF THE INSULATION OF THE BUILDING AS A WHOLE

LIGHT STEEL FRAME

PERFORATING THE INSULATION LAYER AND TYING INTO THE CONCRETE STRUCTURE, THIS LAYER ACTS AS EXTERIOR CLADDING SUPPORT (STRUCTURAL)

ALUMINUM PROFILED SHEET

THIS LAYER ACTS AS A SUN MANAGEMENT LAYER, AND ALSO ACTS AS A DECORATIVE FINISH FOR THE MODERN INDUSTRIAL LOOK OF THE BUILDING

Professor:

Assignment:

Class: Building: Sports Hall La Minais

COPING

Roof System Required R-Value: 49

LIGHT STEEL FRAME

STAINLESS STEEL ANGLE

Given Roof System R-Value: 33.7*

*Because the code used in this analysis is as assumption of which code would have been used in France with this building, it is reasonable to assume this given value complies with local R-value requirements

ROOF

ASSEMBLY

PROFILED STEEL SHEET

ALUMINUM PROFILED SHEET E-CLIP

DOUBLE-PANE EXTERIOR WINDOW

2" = R-7.5

MATERIAL

STEEL BEAMS

PURPOSE

STRUCTURAL; SUPPORTS ROOF LOADS AND TRANSFERS THEM ACROOS LARGE SPANS TO THE CONCRET EXTERIOR WALLS

ADITIONAL INSULATIVE VALUE, ALSO CREATES A FINISH VISIBLE THROUGH THE STRUCTURE OF THE ROOF. 80mm MINERAL WOOL INSULATION INSULATION. ONE OF TWO LAYERS OF INSULATION IN THE ROOF SYSTEM

ACOUSTIC METAL PANEL

4.75" = R-15.68

3" RIGID BOARD INSULATION

FLOOR FINISH CAST-IN-PLACE CONCRETE SUB-FLOOR RIGID BOARD INSULATION

CAST-IN-PLACE CONCRETE CONCRETE FOOTING

WALL SECTION

SCALE: 1/2" = 1' - 0"

MEMBRANE VAPOR BARRIER. 120mm MINERAL WOOL INSULATION INSULATION. THIS LAYER IS RESPONSIBLE FOR THE BULK OF THE INSULATION OF THE BUILDING AS A WHOLE

MEMBRANE PROVIDES THE FIRST LAYER OF CLIMATE CONTROL INCLUDING PROTECTING THE INSULATION LAYERS

ROOFING SYSTEM: MEMBRANE MINERAL WOOL VAPOR BARRIER MINERAL WOOL Austin Webster Detailing and Construction Documents Mary Polites Assignment

3.2" = R-10.56 A104

Professor:

Assignment:

Class: Building: Sports Hall La Minais

160mm MINERAL WOOL

80mm MINERAL WOOL

ACOUSTIC METAL DECK

PURLIN

STEEL STRUCTURE

DROP METAL CEILING SUBSTRUCTURE

DROP METAL CEILING

2X FLOOR PLATE

*The foundation must extend a minimum of 2 FT into the ground at the edge of construction

INTERIOR

FOUNDATION ASSEMBLY PURPOSE

MATERIAL

FLOOR FINISH CAST-IN-PLACE CONCRETE SUB-FLOOR RIGID BOARD INSULATION

SCALE: 3/4" = 1' - 0" PARTITION SECTION DETAIL

8" = R-4.8

MINERAL WOOL INSULATION. BECAUSE THE EXTERIOR INSULATION VALUE BARELY CLEARS THE REQUIRED VALUE, THIS LAYER SUPPLEMENTS ITS INSULATION

CAST-IN-PLACE CONCRETE

STRUCTURAL. ALL ELEMENTS OF THE BUILDING RELY ON THIS LAYER FOR ITS STRUCTURE.

MINERAL WOOL INSULATION. THIS LAYER IS RESPONSIBLE FOR THE BULK OF THE INSULATION OF THE BUILDING AS A WHOLE

CAST-IN-PLACE CONCRETE CONCRETE FOOTING

EXTERIOR

3" RIGID BOARD INSULATION

3" = R-10 SCALE: 3/4" = 1' - 0" FOUNDATION DETAIL

SCALE: 3/4" = 1' - 0" FOUNDATION DETAIL

INTERIOR EXTERIOR

VARIES FROM HARD RUBBER MATS DURABLE FOR RECREATIONAL ACTIVITY TO CARPET IN OFFICE SPACES. IN UNFINISHED SPACES, THIS LAYER DOES NOT EXIST

6" = R-3.6

CAST-IN-PLACE CONCRETE STRUCTURAL. ALL ELEMENTS OF THE BUILDING RELY ON THIS LAYER FOR ITS STRUCTURE.

4" = R-20 A106

ASSIGNMENT 1 (D)

Using Assignment One (C) as a launching point, utilize the wall section as a base drawing to call out specific details described below. Draw a plan detail and three section details at a scale of 1-1/2” = 1’-0”. Select location of details with instructor, making sure to show the most useful information about the systems and components, while minimizing redundant information. Some speculation may be necessary, so back up your descriptions by providing technically appropriate explanations.

Austin Webster Detailing and Construction Documents Mary Polites

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Class: SPRING 2022

VAPOR BARRIER

LIGHT STEEL FRAME

STAINLESS STEEL ANGLE

SELF-LEVELING CONCRETE FINISH

CONCRETE STRUCTURAL FLOOR SYSTEM

STRUCTURAL FLOOR BEAM

SUSPENDED CEILING SYSTEM

PROFILED STEEL SHEET

VAPOR BARRIER LIGHT STEEL FRAME

THIS LAYER PROTECTS THE WALL SYSTEM AND INTERIOR SPACE FROM WATER DAMAGE

THIS IS A VERTICAL MEMBER THAT STRUCTURALLY SUPPORTS THE EXTERIOR FACADE

STAINLESS STEEL ANGLE

SELF-LEVELING CONCRETE FINISH CONCRETE STRUCTURAL FLOOR SYSTEM

A SIMPLE STEEL MEMBER THAT TRANSFERS THE LOADS PLACED ON THE STEEL BEAM INTO THE WALL

FLOOR SYSTEM THAT SELF-LEVELS. IT HAS MULTIPLE SQUARE SEGMENTS THAT ALLOWS IT TO EXPAND AND CONTRACT WITHOUT CRACKING

CONCRETE ON TOP OF A CORREGATED METAL LAYER TO SPAN TO DISTANCES BETWEEN BEAMS

STRUCTURAL FLOOR BEAM

SUSPENDED CEILING SYSTEM

MAIN STRUCTURAL MEMBER FOR THE FLOOR SYSTEM SPANNING THE LARGEST OPENINGS

SIMILAR TO THE FACADE SYSTEM, A SMALLER STRUCTURAL SYSTEM SUPPORTS A METAL SHEET CEILING

E-CLIP

PROFILED STEEL SHEET

ALUMINUM PROFILED SHEET

E-CLIP

SIMPLE HORIZONTAL STEEL SHEET THAT TRANSFERS THE FACADE SYSTEM LOADS INTO THE LIGHT STEEL FRAME

A SPECIAL PART OF THE FACADE SYSTEM THAT CARRIES THE ALUMINUM PROFILED SHEET LOADS INTO THE PROFILED STEEL SHEET MEMBERS

Class: Building: Sports Hall La Minais

ALUMINUM PROFILED SHEET

THIS IS THE FINISH FACE FACADE OF THE BUILDING. SOME PIECES HAVE HOLES AND OTHERS ARE SOLID. THIS PROVIDES UNIQUE SHADING PROPERTIES.

FLOOR TO WALL CONNECTION DETAIL

Professor: A101 SCALE: 1" = 1' - 0"

COPING MEMBRANE MINERAL WOOL

VAPOR BARRIER MINERAL WOOL

LIGHT STEEL FRAME

A FINISH LAYER THAT ALSO ACTS AS A FIRST VAPOR BARRIER FOR THE WALL SYSTEM

THIS LAYER ACTS AS A VAPOR BARRIER FOR THE ROOF SYSTEM AND ALSO PROTECTS THE MINERAL WOOL BELOW FROM PUNCTURES INSULATION LAYER IN THE ROOF SYSTEM

THIS LAYER IS A VAPOR BARRIER FOR THE ROOF SYSTEM AND PROTECTS THE INTERIOR SPACES FROM WATER DAMAGE INSULATION LAYER IN THE ROOF SYSTEM

ACOUSTIC METAL PANEL

LIGHT STEEL FRAME PURLIN STEEL BEAM BEARING CONNECTION

STAINLESS STEEL ANGLE

THIS LAYER IS MORE OF A FINISH LAYER THAT ALSO ACOUSTICALLY INSULATES THE SPACE BELOW

THIS IS A VERTICAL MEMBER THAT STRUCTURALLY SUPPORTS THE EXTERIOR FACADE

THIS LAYER REPEATS ALONG THE STEEL BEEM, DISTRIBUTING THE LOADS HORIZONTALLY TO PARALLEL BEAMS

MAIN STRUCTURAL MEMBERS OF THE ROOF SYSTEM SPANNING THE LARGE RECREATIONAL SPACES

A SIMPLE STEEL MEMBER THAT TRANSFERS THE LOADS PLACED ON THE STEEL BEAM INTO THE WALL

Austin Webster Detailing

and Construction Documents

Polites

PROFILED STEEL SHEET

ALUMINUM PROFILED SHEET E-CLIP

STAINLESS STEEL ANGLE

ALUMINUM PROFILED SHEET

A SIMPLE STEEL MEMBER THAT TRANSFERS THE LOADS OF THE FACADE SYSTEM INTO THE WALL

THIS IS THE FINISH FACE FACADE OF THE BUILDING. SOME PIECES HAVE HOLES AND OTHERS ARE SOLID. THIS PROVIDES UNIQUE SHADING PROPERTIES.

PROFILED STEEL SHEET

E-CLIP

SIMPLE HORIZONTAL STEEL SHEET THAT TRANSFERS THE FACADE SYSTEM LOADS INTO THE LIGHT STEEL FRAME

A SPECIAL PART OF THE FACADE SYSTEM THAT CARRIES THE ALUMINUM PROFILED SHEET LOADS INTO THE PROFILED STEEL SHEET MEMBERS

VAPOR BARRIER THIS LAYER PREVENTS THE EXTERIOR MOISTURE FROM ENTERING THE BUILDING AND CAUSING INTERIOR WATER DAMAGE

MINERAL WOOL INSULATION IN THE WALL SYSTEM

STAINLESS STEEL ANGLE A SIMPLE STEEL MEMBER THAT TRANSFERS THE LOADS OF THE FACADE SYSTEM INTO THE WALL

BASE FLASHING AS MOISTURE COLLECTS ON THE VAPOR BARRIER, IT COLLECTS AT THE BASE FLASHING TO EXIT THE WALL SYSTEM

RIGID BOARD

A WATERPROOF INSULATION LAYER THAT EXTENDS INTO THE GROUND TO MAINTAIN INSULATIVE VALUE INTO THE GROUND

FLOOR FINISH

THE FLOOR FINISH IS DIFFERENT IN DIFFERENT PARTS OF THE BUILDING, BUT IS TYPICALLY A RUBBER TILE SYSTEM

CAST-IN-PLACE CONCRETE A SIMPLY SLAB OF CONCRETE THAT COVERS THE FLOOR AREA THROUGHOUT THE BUILDING

SUB-FLOOR RIGID BOARD INSULATION

THIS INSULATION IS REQUIRED BY CODE, AND HELPS PREVENT HEAT LOSS THROUGHOUT THE BUILDING

CONCRETE FOOTING THIS TRANSFERS THE LOADS IN THE WALL SYSTEM INTO THE GROUND

VAPOR BARRIER THIS LAYER PREVENTS THE EXTERIOR MOISTURE FROM ENTERING THE BUILDING AND CAUSING INTERIOR WATER DAMAGE

LIGHT STEEL FRAME THIS IS A VERTICAL MEMBER THAT STRUCTURALLY SUPPORTS THE EXTERIOR FACADE

STAINLESS STEEL ANGLE A SIMPLE STEEL MEMBER THAT TRANSFERS THE LOADS OF THE FACADE SYSTEM INTO THE WALL

LIGHT STEEL FRAME

STAINLESS STEEL ANGLE

VAPOR BARRIER WINDOW JAMB

SEALANT DOUBLE PANE GLAZING

PROFILED STEEL SHEET

SEALANT

A WATERPROOF ADHESIVE THAT ACTS AS A MOISTURE BARRIER AND KEEPS THE WINDOW SYSTEM IN PLACE

WINDOW JAMB THE GLAZING SYSTEM IS HOUSED IN THIS SYSTEM AND TRANSFERS ITS SUPPORTS TO THE WALL

DOUBLE PANE GLAZING THESE WINDOW PANES ALLOW LIGHT TO ENTER THE BUILDING AND ALSO HAVE SOME INSULATIVE PROPERTIES

PROFILED STEEL SHEET

E-CLIP MINERAL WOOL

SIMPLE HORIZONTAL STEEL SHEET THAT TRANSFERS THE FACADE SYSTEM LOADS INTO THE LIGHT STEEL FRAME

CONCRETE STRUCTURAL WALL

E-CLIP

A SPECIAL PART OF THE FACADE SYSTEM THAT CARRIES THE ALUMINUM PROFILED SHEET LOADS INTO THE PROFILED STEEL SHEET MEMBERS

MINERAL WOOL

INSULATION IN THE WALL SYSTEM

Class: Building: Sports Hall La Minais

CONCRETE STRUCTURAL WALL

8" MAIN STRUCTURAL MEMBER

Professor: A104 SCALE: 1" = 1' - 0" WINDOW JAMB PLAN DETAIL

ASSIGNMENT 2 (A)

Using Assignment One as a launching point, choose one case study to transform into a different assembly system. For example, if your case study was a load-bearing brick wall system, consider changing it to a curtain wall system with brick panels. Alternatively, a load-bearing brick wall system can be transformed to a concrete post and beam system with brick in-fill.

Austin Webster Detailing and Construction Documents Mary Polites

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Assignment:

FINAL BOOKLET

Semester:

Class: SPRING 2022

METAL CAP W/ CONTINUOUS CLEAT

ROOFING SYSTEM: MEMBRANE MINERAL WOOL VAPOR BARRIER MINERAL WOOL

STRUCTURAL STEEL BEHIND FACADE SYSTEM

SOLID ALUMINUM PROFILED SHEET

STAINLESS STEEL ANGLE

PROFILED STEEL SHEET

LIGHT STEEL FRAME ALUMINUM PROFILED SHEET E-CLIP

1/2" PLYWOOD SHEATHING

STRUCTURAL STEEL BEAM

VERTICAL STEEL UNIVERSAL COLUMNS

DOUBLE-PANE EXTERIOR WINDOW

CONTINUOUS RUNNER CHANNEL

LIGHT GAUGE STEEL

STAINLESS STEEL ANGLE

3" RIGID BOARD INSULATION

8" FOUNDATION WALL

FLOOR FINISH CAST-IN-PLACE CONCRETE

SUB-FLOOR RIGID BOARD INSULATION

CONCRETE FOOTING

SCALE: 3/4" = 1' - 0" WALL SECTION DETAIL

PERFORATED ALUMINUM PROFILED SHEET

ELEVATION DETAIL

SCALE: 3/4" = 1' - 0"

DOUBLE-PANE EXTERIOR WINDOW

LIGHT GAUGE STEEL FRAME

1/2" PLYWOOD SHEATHING

STAINLESS STEEL ANGLE

VERTICAL STEEL UNIVERSAL COLUMN 5/8" GYPSUM WALL BOARD

LIGHT GAUGE STEEL FRAME

E-CLIP

ALUMINUM PROFILED SHEET

PROFILED STEEL SHEET

LIGHT STEEL FRAME

PLAN DETAIL

SCALE: 3/4" = 1' - 0"

Austin Webster Detailing and Construction Documents Mary Polites

Professor:

Assignment:

Professor: SPRING 2022 Semester:

FINAL BOOKLET

Class: Building: Sports Hall La Minais

WALL

DIVISION 03 CONCRETE STRUCTURAL CONCRETE FOUNDATION SYSTEM FLOOR

Class: Building: Sports Hall La Minais

ASSIGNMENT 2 (B)

Using wall Section from Assignment Two (A), call out 4 connection details to further explore in greater detail at a scale of 1-1/2” = 1’-0”. Select location of details with instructor, making sure to show the most useful information about the systems and components, while minimizing redundant information. Make sure to back up you details with technically accurate drawings, annotations and descriptive.

Austin Webster Detailing and Construction Documents Mary Polites

Professor:

Assignment:

FINAL BOOKLET

Semester:

Class: SPRING 2022

GLAZING. THE TWO PANES HELP MAINTAIN SOME INSULATIVE VALUE SO AS TO NOT LOSE ALL HEAT THROUGH GLAZING SYSTEM

LIGHT GUAGE METAL SUBSTRUCTURE THAT TIES INTO LIGHT GUAGE STEEL WALL STRUCTURE; PROVIDES WINDOW FRAME (AND SIMILAR OPENINGS) SUPPORT

METAL STRUCTURE TO SUPPORT THE WALL SYSTEM; TIES INTO ROOF SUPPORT AND INTO CONCRETE FOUNDATION

VAPOR BARRIER

A THIN MEMBRANE LAYER THAT CONTINUES FROM ROOF SYSTEM ALL THROUGH THE WALL SYSTEM AND DOWN TO THE STRUCTURAL FOOTING

CONNECTION BETWEEN EXTERIOR FACADE SYSTEM AND LIGHT GAUGE STEEL WALL SYSTEM; STRUCTURAL TIE

THERMAL INSULATION. REDUCES HEAT LOSS THROUGH WALL SYSTEM

STRUCTURAL FOUNDATION. SUPPORTS COMPRESSIVE LOADS FROM WALL SYSTEM AND TRANSFERED ROOF LOADS.

INTERIOR FINISH. DIFFERENT TYPES EXIST THROUGHOUT BUILDING; GENERALLY IT IS A RUBBER MAT SYSTEM

STRUCTURAL SUPPORT FOR FLOOR SYSTEM.

THERMAL INSULATION. REDUCES HEAT LOSS THROUGH FLOOR SYSTEM

STRUCTURAL FOUNDATION. LARGE WALL AND BUILDING LOADS ARE TRANSFERED THROUGH THE FOUNDATION WALL INTO THE CONCRETE FOOTING TO THEN TRANSFER INTO THE GROUND

DETAIL

1-1/2" = 1' - 0"

Class: Building: Sports Hall La Minais

GLAZING. THE TWO PANES HELP MAINTAIN SOME INSULATIVE VALUE SO AS TO NOT LOSE ALL HEAT THROUGH GLAZING SYSTEM

LIGHT GUAGE METAL SUBSTRUCTURE THAT TIES INTO LIGHT GUAGE STEEL WALL STRUCTURE; PROVIDES WINDOW FRAME (AND SIMILAR OPENINGS) SUPPORT

PART OF THE WALL SYSTEM THAT ALLOWS FOR PLACEMENT OF EXTERIOR FINISH MATERIALS AND SYSTEMS.

STRUCTURAL ELEMENT THAT TRANSFERS FACADE LOADS INTO THE WALL SYSTEM MAIN INTERIOR STRUCTURAL ELEMENTS OF THE WALL SYSTEM. THESE TIE INTO THE ROOF BEAMS AND TIE INTO THE CONCRETE FOUNDATION BELOW.

VERTICAL STEEL UNIVERSAL COLUMN 5/8" GYPSUM WALL BOARD

LIGHT GAUGE STEEL FRAME

INTEROR WALL STRUCTURAL SYSTEM. FRAMED WITH LIGHT GAGUE STEEL FRAMING INTERIOR FINISH. PROVIDES AN INTERIOR SURFACE FOR PAINTS, WALLPAPER, TILE, ETC.

A UNIQUE ELEMENT THAT SUPPORTS THE ALUMINUM PROFILED SHEETS AND TIES INTO THE PROFILED STEEL SHEETS.

FACADE. EXTERIOR FINISH THAT ALSO HAS SOME SUN PROTECTION QUALITIES

THIS PROVIDES A CONTINUOUS FACE FOR THE EXTERIOR FINISH SYSTEM TO TIE INTO ALSO SERVES AS A FINISH BEHIND THE ALUMINUM PROFILED SHEET

STRUCTURAL SYSTEM THAT SUPPORTS MAIN FACADE ELEMENTS

ASSIGNMENT 2 (C)

Using Assignment Two (A) and (B) as a launching point, develop 2 axonometric wall sections, one showing the interior plane and the other showing the exterior. These should illustrate the various materials, components, and connections, as well as their relationships from interior to exterior. Select location and view angle of each detail with instructor, making sure to show the most useful information about the systems and components, while minimizing redundant information. Make sure to back up your details with technically accurate drawings, annotations, and descriptive explanations.

Austin Webster Detailing and Construction Documents Mary Polites

Professor:

Assignment:

FINAL BOOKLET

Semester:

Class: SPRING 2022

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Assignment:

BIBLIOGRAPHY

Caballero, Pilar. “Sports Hall La Minais / Bohuon Bertic Architectes.” ArchDaily, ArchDaily, 22 Oct. 2021, https://www.archdaily.com/970629/sports-hall-la-minais-bohuonbertic-architectes?ad_source=search.

Fracalossi, I. (2015, August 28). Tozzer anthropology Building / Kennedy & Violich Architecture. ArchDaily. Retrieved February 2, 2022, from https://www.archdaily.com/772590/tozzeranthropology-building-kennedy-and-violich-architecture? ad_source=search&ad_medium=projects_tab

Fracalossi, I. (2014, August 6). Novartis campus / Weiss/Manfredi. ArchDaily. Retrieved February 2, 2022, from https://www.archdaily.com/533475/novartis-campus-weiss-manfredi

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET

Professor:

Assignment:

Semester:

Class: SPRING 2022

Austin Webster Detailing and Construction Documents Mary Polites FINAL BOOKLET Assignment: