FINAL COURSE BOOKLET
LYNN QUAGLIATO
SPRING 2022 TSM2006_02 DETAILING & CONSTRUCTION DOCUMENTS INSTRUCTOR MARY POLITES
Scale:
5/16/2022
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
A002
ASSIGNMENT 1A - CASE STUDY FORENSICS LAYERED WALL SYSTEM MONOLITHIC WALL SYSTEM CURTAIN WALL SYSTEM
ASSIGNMENT 1B - CASE STUDY FORENSICS FOUNDATION SYSTEM FLOOR SYSTEM WALL SYSTEM ROOF SYSTEM
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LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
ASSIGNMENT 1A
Analyze 3 buildings, one from each of the different assembly system types listed below. Choose buildings that broaden your range of knowledge.
Layered Wall System Monolithic Wall System Curtain Wall System
Provide a brief narrative (2-3 paragraphs) of each case study, describing the Assembly System, and how it responds to the climate, geography, building use and other regional considerations. Some speculation may be necessary, so make sure to back up your argument.
Include reference drawings of the typical floor plan(s), building section(s) and exterior elevation(s) at 1/4” = 1’-0” scale.
Include any 3D images and photographs that are useful and relevant to describing the assembly system and other considerations.
Compose each of your 3 assembly system case studies on 11x17 title block sheets (PDF format). Include the narrative, scaled drawings and any additional images. Each case study building should be clearly identified along with the assembly system type.
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LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
CASE STUDY FORENSICS
ASSIGNMENT 1A
Layered Wall System
Echo Park, Los Angeles, CA Year: 2015 Area: 1,950 ft²
House in Trees, by Anonymous architects focuses on natural materials on a hillside of Echo Park, Los Angeles, California. The architects were sensitive to the native Cypress trees on the site, even framing the house around one of the trees, letting it pierce through the house. Because of this, the architects had to pay close attention to the waterproofing of the house.
1/32" = 1'-0" 3 HOUSE IN
TREES
[2]
1 HOUSE IN TREES PHOTO 1 [1]
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LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: As indicated
LAYERED WALL SYSTEM
1 A113
1
A B B.1
T.O. ROOF 661' - 0"
T.O. ROOF 661' - 0"
ATTIC 654' - 4"
ATTIC 654' - 4"
FIRST FLOOR 646' - 0"
FIRST FLOOR 646' - 0"
LYNN QUAGLIATO
BASEMENT 635' - 1 1/2"
BASEMENT 635' - 1 1/2"
2 A113
T.O. ROOF 661' - 0"
1 2 3 4 ATTIC 654' - 4"
FIRST FLOOR 646' - 0"
BASEMENT 635' - 1 1/2"
A B B.1 C D ATTIC 654' - 4"
T.O. ROOF 661' - 0"
FIRST FLOOR 646' - 0"
BASEMENT 635' - 1 1/2"
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1/8" = 1'-0"
Scale:
T.O. ROOF 661' - 0"
ATTIC 654' - 4"
FIRST FLOOR 646' - 0"
BASEMENT 635' - 1 1/2"
T.O.
FIRST FLOOR 646' - 0"
BASEMENT 635' - 1 1/2"
Kennedy & Violich Monolithic Wall System
Cambridge, MA Year: 2014 Area: 35,000 ft²
The Tozzer Anthropology Building is a 2014 renovation of Johnson and Hotveld’s 1971 Tozzer Library in Harvard University. Due to mold and vapor barrier issues, the architects replaced the existing brick with a new “thick” 6” brick veneer. The new brick was iron burnt, which gave it the look and feel of the former brick. To give the building a more modern style, the brick was laid in a digitally formed ‘corbel’ pattern in which each brick course is shifted to create a sculptural pattern.
1 TOZZER ANTHROPOLOGY PHOTO 1 2 TOZZER ANTHROPOLOGY PHOTO 2 1" = 100'-0" 3 TOZZER ANTHROPOLOGY SITE [4] [4] [4] TOZZER ANTHROPOLOGY BUILDING
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: As indicated
Tozzer Anthropology Building Kennedy & Violich Cambridge, MA
MONOLITHIC WALL SYSTEM
INFO
MONOLITHIC WALL SYSTEM
Weiss Manfredi
Curtain Wall System
East Hanover, NJ Year: 2013 Area: 140,000 ft²
The Novartis Office Building is an excellent example of a well-designed curtain wall system. The curtain wall façade provides excellent light in collaborative work and public spaces of the oncology office building at Novartis’s North American Headquarters. This, along with column-free spans and custom designed wingspan chairs create an open, spacious plan.
1 NOVARTIS CAMPUS PHOTO 1 2 NOVARTIS CAMPUS PHOTO 2
1" = 200'-0" 3 NOVARTIS CAMPUS SITE [5] [5] [6] NOVARTIS OFFICE BUILDING
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: As indicated
Novartis Office Building Weiss Manfredi East Hanover, NJ
CURTAIN WALL SYSTEM
PROJECT INFO
1"
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1" = 30'-0"
CURTAIN WALL SYSTEM = 30'-0" 1 NOVARTIS CAMPUS FIRST FLOOR 1" = 30'-0" 2 NOVARTIS CAMPUS SECOND FLOOR
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FLOOR PLANS
ASSIGNMENT 1B
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.
Draw a wall section diagram, plan detail diagram through a building fenestration, and an overall exterior axon diagram at a scale of 1/4” = 1’-0”
Use drawings from Assignment One (A) as base to keynote or callout the diagrams described above.
Identify the 4 major systems of each case study.
Foundation System Floor System Wall System Roof System
List the major components of each system in order from the interior face to the outer. Include brief annotations describing the materials and purpose/function of each component.
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LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
CASE STUDY FORENSICS
ASSIGNMENT 1B
WOOD FRAME FIRE TREATED CEDAR WALLSTHIN WALLS THAT PROVIDE ADEQUATE INSULATION AND MANY OPTIONS FOR FINISHES
CANTILEVERED STEEL BEAM FLOOR - STEEL PROVIDES STRUCTURE WITHIN A THIN PROFILE
WOOD FRAME FLOOR - ALLOWS FOR ECONOMICAL, PROPER INSULATION
1/8" = 1'-0" 1 HOUSE IN TREES AXON
5/16/2022
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1/8" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
LAYERED WALL SYSTEM
AXONOMETRIC VIEW
WOOD BEAM - STRUCTURAL FRAMING
METAL ROOF - DRAINAGE EDGING
RUBBER MEMBRANE - DRAINAGE PLANE
CUSTOM METAL GUTTER - DRAINAGE EDGING
BATTEN INSULATON - THERMAL INSULATION
PLYWOOD SHEATHING - BRACING & DIAPHRAM
WOOD WALL STUD - STRUCTURAL FRAMING
2X4 WOOD WALL STUD - STRUCTURAL FRAMING
GYPSUM WALL BOARD - INTERIOR FINISH
GYPSUM WALL BOARD - INTERIOR FINISH
BATTEN INSULATON - THERMAL INSULATION
PLYWOOD SHEATHING - BRACING & DIAPHRAM
FIRE TREATED CEDAR - EXTERIOR FINISH
PRESSURE TREATED SILL - STRUCTURAL FRAMING
CONCRETE - FLOOR
GRADE
CONCRETE - FOUNDATION WALL
BATTEN INSULATON - THERMAL INSULATION
GYPSUM WALL BOARD - INTERIOR FINISH
HOUSE IN TREES TYP. PARTITION WALL PLAN
LYNN QUAGLIATO
Spring 2022
TSM2006_02
Detailing & Construction Documents
WATER MEMBRANE - VAPOR BARRIER
CONCRETE - FOUNDATION WALL
CONCRETE SLAB ON GRADE - FOUNDATION
FRENCH DRAIN - DRAINAGE EDGING
CONCRETE FOOTING - FOUNDATION FOOTING
WOOD WALL STUD - STRUCTURAL FRAMING
GYPSUM WALL BOARD - INTERIOR FINISH
BATTEN INSULATON - THERMAL INSULATION
WOOD WALL FRAMING - STRUCTURAL FRAMING
Scale:
5/16/2022
Date: As indicated
House in Trees Anonymous Architects Echo Park, Los Angeles
LAYERED WALL SYSTEM
METAL PARAPET ROOF - PROTECTS AGAINST SNOW AND RAIN WHILE AESTHETICALLY PROVIDING A FLAT ROOF APPEARANCE
LYNN QUAGLIATO
GLAZING - FENESTRATION THAT ALLOWS FOR VISIBIILITY, LIGHT AND AIR FLOW
BRICK - A STURDY MATERIAL THAT CAN BE ASSEMBLED ON SITE
CURTAIN WALL - AESTHETICALLY PLEASING WALL TYPE THAT ALLOWS FOR VISIBIILITY, LIGHT AND AIR FLOW
CONCRETE FOUNDATION - ECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE Scale:
Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
5/16/2022
Tozzer Anthropology Building Kennedy & Violich Cambridge, MA
MONOLITHIC WALL SYSTEM
GUARDRAIL - VAPOR BARRIER
RUBBER MEMBRANE - DRAINAGE PLANE
PARAPET CAP - VAPOR BARRIER
CONCRETE DECKING - STRUCTURAL FRAMING
STEEL BEAM - STRUCTURAL FRAMING
STEEL BEAM - STRUCTURAL FRAMING
DROP ACT CEILING - INTERIOR FINISH
MOUNTING BRACKET - BRACING & DIAPHRAM
CUSTOM CMU BLOCK - EXTERIOR FINISH BRICK - EXTERIOR FINISH
CONCRETE DECKING - STRUCTURAL FRAMING
STEEL BEAM - STRUCTURAL FRAMING
DROP ACT CEILING - INTERIOR FINISH
ANGLED STEEL BEAM - STRUCTURAL FRAMING
CONCRETE SLAB ON GRADE - FOUNDATION
FOAM INSULATION - THERMAL INSULATION
CONCRETE - FOUNDATION WALL
FRENCH DRAIN - DRAINAGE EDGING
CONCRETE FOOTING - FOUNDATION FOOTING
MOUNTING BRACKET - BRACING & DIAPHRAM
CUSTOM CMU BLOCK - EXTERIOR FINISH
BRICK - EXTERIOR FINISH
BATTEN INSULATON - THERMAL INSULATION
STEEL BEAM - STRUCTURAL FRAMING
STEEL BEAM - STRUCTURAL FRAMING
LYNN QUAGLIATO
Spring 2022 TSM2006_02
Scale:
5/16/2022
Detailing & Construction Documents Date: As indicated
Tozzer Anthropology Building Kennedy & Violich Cambridge, MA
MONOLITHIC WALL SYSTEM
PARAPET ROOF - PROTECTS AGAINST SNOW AND RAIN WHILE AESTHETICALLY PROVIDING A FLAT ROOF APPEARANCE
GLASS GUARDRAIL - PROTECTS LATERAL MOVEMENT IN HIGH PLACES
STAINLESS STEEL & GLASS FIN SYSTEMPROVIDES STRUCTURE IN AESTHETICALLY PLEASING MATERIALS
CURTAIN WALL SHADOW BOX - AESTHETICALLY HIDES STRUCTURE AND MEP IN CURTAIN WALL SYSTEMS
CURTAIN WALL - AESTHETICALLY PLEASING WALL TYPE THAT ALLOWS FOR VISIBIILITY, LIGHT AND AIR FLOW
WHITE OAK LOUVER SYSTEM - BEAUTIFUL WOOD FINISH TREATED TO WITHSTAND WEATHER
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
5/16/2022
CURTAIN WALL SYSTEM 1 NOVARTIS CAMPUS AXON
AXONOMETRIC VIEW
CURTAIN WALL MULLION - BRACING & DIAPHRAM
GLASS FACADE - EXTERIOR FINISH
GLASS SHADOW BOX - EXTERIOR FINISH
RUBBER MEMBRANE - DRAINAGE PLANE
FOAM INSULATION - THERMAL INSULATION
1/4" PER FOOT FOAM INSULATION - THERMAL INSULATION
BATTEN INSULATON - THERMAL INSULATION
STEEL STUD - STRUCTURAL FRAMING
FIRE-RATED STEEL BEAM - STRUCTURAL FRAMING
STEEL STUD - STRUCTURAL FRAMING
CURTAIN WALL MULLION - BRACING & DIAPHRAM
ALUMINUM SHADE SYSTEM - SHADING
FROSTED GLASS - FINISH
STEEL TRUSS - STRUCTURAL FRAMING
CURTAIN WALL SUPPORT - BRACING & DIAPHRAM
CONCRETE - STRUCTURAL FRAMING
FIRE-RATED STEEL BEAM - STRUCTURAL FRAMING
STEEL STUD - STRUCTURAL FRAMING
BATTEN INSULATON - THERMAL INSULATION
WHITE OAK PANEL SOFFIT - EXTERIOR FINISH
CURTAIN WALL MULLION - BRACING & DIAPHRAM
CONCRETE - FOUNDATION WALL
PARAPET CAP - VAPOR BARRIER GRADE
STEEL TRUSS - STRUCTURAL FRAMING
CONCRETE SLAB ON GRADE - FOUNDATION
CONCRETE FOOTING - FOUNDATION FOOTING
FRENCH DRAIN - DRAINAGE EDGING
CURTAIN WALL MULLION - BRACING & DIAPHRAM
GLASS FACADE - EXTERIOR FINISH
GLASS SHADOW BOX - EXTERIOR FINISH
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: As indicated
5/16/2022
FOAM INSULATION - THERMAL INSULATION
NOVARTIS CAMPUS TYP. WALL PLAN
CURTAIN WALL SYSTEM 1/2" = 1'-0" 1 NOVARTIS CAMPUS TYP. WALL & FLOOR SECTION 1" = 1'-0" 2
ASSIGNMENT 1C
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.
Draw a wall section, an exterior plan detail, a partition section detail and an elevation detail of each case study at a scale of 3/4" = 1 -0”
Research your local energy code requirements to determine the R-value required for the building envelope. The r-value is also determined by the climate zone in your local jurisdiction. Once you know the R-value, choose a type of insulation (batten, closed-cell spray foam, wool, rigid board) and assign the amount of insulation needed for each system based on their individual R-values. (i.e. fiberglass batten insulation = 3.4 per inch) Identify the assemblies of the 4 major systems:
Foundation System Floor System Wall System Roof System
List components of each assembly referring to the annotations of assignment One B in order from interior to the outer face. Elaborate upon the descriptions of each component’s material purpose/function and performance.
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LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
CASE STUDY FORENSICS
ASSIGNMENT 1C
IECC CLIMATE ZONE 3
REQUIRED R-VALUES
1/2"
LYNN QUAGLIATO
1 IECC CLIMATE MAP
[8]
6" CONCRETE WALL WATER MEMBRANE GROUND
R-VALUE
AIR FILM 0.17 = 0.17 CONCRETE 0.6 x 6 = 3.6 R-VALUE = 3.77
TOTAL R-VALUE R-VALUE = 3.77
R-VALUE AT STUD
ROOF = R-49 WALLS = R-20 FLOORS = R-30 SLAB = R-20 ℄ 2' - 0" O.C. 1 1/2" 1' - 10 1/2" 1 1/2"
R-VALUE AT INSULATION
AIR FILM 0.17 = 0.17 HARDWOOD FLOOR 0.91 x .75 = 0.683 INSULATION 3.3 x 11.25 = 37.125 DRYWALL 0.45 = 0.45 AIR FILM 0.17 = 0.17 R-VALUE = 38.6 3/4" HARDWOOD FLOOR 3/4" 11 1/4" 5/8"
11 1/4" BATTEN INSULATION 11 1/4" WOOD LUMBER STUD 5/8" GYPSUM WALL BOARD
AIR FILM 0.17 = 0.17 HARDWOOD FLOOR 0.91 x .75 = 0.683 WOOD STUD 1.25 x 11.25 = 14.06 DRYWALL 0.45 = 0.45 AIR FILM 0.17 = 0.17 R-VALUE = 15.53
TOTAL R-VALUE = (% WALL AT STUD x STUD R-VALUE) + (% WALL AT INSULATION x INSULATION R-VALUE) = ((1.5/24) x 15.53) + ((22.5/24) x 38.6) = (.97) + (36.19)
R-VALUE = 37.16
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: As indicated
Scale:
LYNN QUAGLIATO
INTERIOR EXTERIOR ℄ ℄
1'4" O.C.
1 1/2" 1'2 1/2" 1 1/2"
5 1/2" WOOD LUMBER STUD
3/4" CEDAR 1/2" PLYWOOD SHEATHING
3/4" 1/2" 5 1/2" 5/8" 5 1/2" BATTEN INSULATION
5/8" GYPSUM WALL BOARD
R-VALUE AT STUD
AIR FILM 0.17 = 0.17
CEDAR SIDING 0.91 x .75 = 0.455 SHEATHING 1.25 x .5 = 0.625 WOOD STUD 1.25 x 5.5 = 6.875 DRYWALL 0.45 = 0.45
AIR FILM 0.17 = 0.17
R-VALUE = 8.745
R-VALUE AT INSULATION
AIR FILM 0.17 x 1 = 0.17
CEDAR SIDING 0.91 x .75 = 0.455 SHEATHING 1.25 x .5 = 0.625 INSULATION 3.3 x 5.5 = 18.15 DRYWALL 0.45 x 1 = 0.45 AIR FILM 0.17 x 1 = 0.17
R-VALUE = 20.02
TOTAL R-VALUE
5 1/2" WOOD LUMBER STUD
= (% WALL AT STUD x STUD R-VALUE) + (% WALL AT INSULATION x INSULATION R-VALUE) = ((1.5/16) x 8.75) + ((14.5/16) x 20.02) = (.82) + (18.14)
R-VALUE = 18.96
R-VALUE AT STUD
R-VALUE AT INSULATION
1' - 4" O.C.
1 1/2" 1' - 2 1/2" 1 1/2"
℄ ℄ 1/2" FELT UNDERLAY 2" METAL ROOF
AIR FILM 0.17 = 0.17
AIR FILM 0.17 = 0.17
METAL ROOF 0.94 x 2 = 1.88
1/2" PLYWOOD SHEATHING 2" 1/2" 1/2" 11 1/4" 5/8"
11 1/4" BATTEN INSULATION 11 1/4" WOOD LUMBER STUD 5/8" GYPSUM WALL BOARD
FELT 1.5 x .5 = 0.75
SHEATHING 1.25 x .5 = 0.625 INSULATION 3.3 x 11.25 = 37.125 DRYWALL 0.45 = 0.45
AIR FILM 0.17 = 0.17 R-VALUE = 41.17
METAL ROOF 0.94 x 2 = 1.88 FELT 1.5 x .5 = 0.75 SHEATHING 1.25 x .5 = 0.625 WOOD STUD 1.25 x 11.25 = 14.06 DRYWALL 0.45 = 0.45 AIR FILM 0.17 = 0.17 R-VALUE = 18.105 TOTAL R-VALUE = (% WALL AT STUD x STUD R-VALUE) + (% WALL AT INSULATION x INSULATION R-VALUE) = ((1.5/16) x 18.105) + ((14.5/16) x 41.17) = (1.7) + (37.3) R-VALUE = 39
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1 1/2" = 1'-0"
Scale:
House in Trees Anonymous Architects Echo Park, Los Angeles
CASE STUDY FORENSICS
ASSIGNMENT 1D
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.
Draw 4 distinct connection details, each at a scale of 1-1/2" = 1’-0”
Section detail at the floor-to-wall connection
Section detail at wall-to-roof connection Section detail at footing-to-foundation wall connection Plan detail at window/door jamb
Use annotated leaders to locate and identify all materials and components within each connection detail. Include more elaborate descriptions of function for each material or component.
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date:
CASE STUDY FORENSICS
ASSIGNMENT 1D
STANDING SEAM METAL ROOF - EXTERIOR FINISHAESTHETIC FINISH THAT PREVENTS MOSS GROWTH
WATER MEMBRANE - WATER MITIGATION - A SIMPLE WAY TO ENSURE WATER DOES NOT SEEP THROUGH POUROUS SURFACES
PLYWOOD SHEATHING - BRACING DIAPHRAMSIMPLE SYSTEM FOR ATTACHING FINISHES
CUSTOM SHEET METAL GUTTER & FLASHING - WATER MITIGATION - COLLECTS WATER FROM THE ROOF TO TRANSPORT IT AWAY FROM THE HOUSE
2X BLOCKING - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
(2) 2X6 TOP PLATES - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISH - BEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
BATTEN INSULATION - INSULATION - AN EASY-TOCUT MATERIAL THAT PROVIDES A HIGH R-VALUE
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINT - INTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
SECTION DETAIL -WALL TO ROOF CONNECTION
1 1/2" = 1'-0" 1
HARDWOOD FLOOR - INTERIOR FINISH - BEAUTIFUL NATURAL, DURABLE FINISH
PLYWOOD SHEATHING - BRACING DIAPHRAMSIMPLE SYSTEM FOR ATTACHING FINISHES
1X6 TREATED T&G WESTERN RED CEDAREXTERIOR FINISH - BEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
BATTEN INSULATION - INSULATION - AN EASY-TOCUT MATERIAL THAT PROVIDES A HIGH R-VALUE
2X FRAMING - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
BATTEN INSULATION - INSULATION - AN EASY-TOCUT MATERIAL THAT PROVIDES A HIGH R-VALUE
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINT - INTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
SECTION DETAIL -WALL TO FLOOR CONNECTION1
1/2" = 1'-0"
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISH - BEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
PLYWOOD SHEATHING - BRACING DIAPHRAM - SIMPLE SYSTEM FOR ATTACHING FINISHES
BATTEN INSULATION - INSULATION - AN EASY-TO-CUT MATERIAL THAT PROVIDES A HIGH R-VALUE
(2) 2X6 HEADERS - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINT - INTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
GLASS - FENESTRATION - ALLOWS FOR VISIBIILITY, LIGHT AND AIR FLOW
(2) 2X6 SILL PLATES - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
PAINTED WINDOW SILL - WATER MITIGATION - FRAMES THE WINDOW AND DIRECTS WATER AWAY FROM THE HOUSE
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISHBEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
SECTION DETAIL -WALL TO WINDOW CONNECTION
1 1/2" = 1'-0" 2
LYNN QUAGLIATO
Scale:
5/16/2022
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1 1/2" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
CASE STUDY FORENSICS
DETAILS
LYNN QUAGLIATO
CAST IN PLACE CONCRETE - STRUCTURAL FRAMING - ECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
WATER MEMBRANE - WATER MITIGATION - A SIMPLE WAY TO ENSURE WATER DOES NOT SEEP THROUGH POUROUS SURFACES
CAST IN PLACE CONCRETE SLAB ON GRADE - STRUCTURAL FOUNDATIONECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
FRENCH DRAIN - WATER MITIGATION - AN INVISIBLE WAY TO REMOVE WATER FROM A SITE UNDERGROUND
CAST IN PLACE CONCRETE FOOTING - STRUCTURAL FOUNDATIONECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
Scale:
5/16/2022
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1 1/2" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
CASE STUDY FORENSICS
ASSIGNMENT 2A
Using Assignment One as a launching point, choose one case study to Transform into a different assembly system.
Draw the plan detail, wall section, interior/exterior wall intersection plan detail and elevation detail at a scale of 3/4" = 1’-0”. Emulate successful drawing and composition methods used in Assignment One.
Identify the 4 major systems of each case study: Foundation System Floor System Wall System Roof System
List major components of each system, and include brief annotations describing the materials, purpose/function and performance. Organize the list of components into the CSI 16 Divisions Format
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date:
5/16/2022
TRANSFORMATION
ASSIGNMENT 2A
ROOF SYSTEM
DIVISION 05 - STANDING SEAM METAL ROOF
DIVISION 07 - WATERPROOFING MEMBRANE
DIVISION 05 - CUSTOM GUTTER
DIVISION 07 - BATTEN INSULATION
DIVISION 06 - GYPSUM WALL BOARD
WALL SYSTEM
DIVISION 03 - CONCRETE
DIVISION 07 - RIGID FOAM
A221 1 A222 2 A222 3 A223 1
PT
DRAINAGE CAVITY
DIVISION 06 - 1X6 TREATED T&G WESTERN RED CEDAR
DIVISION 06 - GLASS
FLOOR SYSTEM
DIVISION 06 - HARDWOOD FLOOR
DIVISION 07 - RIGID FOAM
DRAINAGE CAVITY
DIVISION 06 - 1X6 TREATED T&G WESTERN RED CEDAR
DIVISION 05 - METAL ANCHOR FOUNDATION SYSTEM
DIVISION 03 - CONCRETE
DIVISION 03 - CONCRETE
DIVISION 07 - WATER MEMBRANE DIVISION 03 - CAST IN PLACE CONCRETE SLAB ON GRADE
DIVISION 07 - FRENCH DRAIN
DIVISION 03 - CAST IN PLACE CONCRETE FOOTING
5/16/2022 TRANSFORMATION
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 3/4" = 1'-0" 3/4" = 1'-0" 1 TYP. WALL & FLOOR SECTION ORIGINAL 3/4" = 1'-0" 2 TYP. WALL & FLOOR SECTION NEW
House in Trees Anonymous Architects Echo Park, Los Angeles
ASSIGNMENT 2B
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.
Draw 4 distinct connection details, each at a scale of 1-1/2" = 1’-0”.
Section detail at the floor-to-wall connection
Section detail at wall-to-roof connection
Section detail at wall-to-roof connection Plan detail at window/door jamb
Use annotated leaders to locate and identify all materials and components within each connection detail. Include more elaborate descriptions of function for each material or component.
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date:
5/16/2022
TRANSFORMATION
ASSIGNMENT 2B
STANDING SEAM METAL ROOF - EXTERIOR FINISH - AESTHETIC FINISH THAT PREVENTS MOSS GROWTH
WATER MEMBRANE - WATER MITIGATION - A SIMPLE WAY TO ENSURE WATER DOES NOT SEEP THROUGH POUROUS SURFACES
PLYWOOD SHEATHING - BRACING DIAPHRAM - SIMPLE SYSTEM FOR ATTACHING FINISHES
CUSTOM SHEET METAL GUTTER & FLASHING - WATER MITIGATIONCOLLECTS WATER FROM THE ROOF TO TRANSPORT IT AWAY FROM THE HOUSE
2X BLOCKING - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
(2) 2X6 TOP PLATES - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISHBEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
RIGID FOAM - INSULATION - ECONOMICAL INSULATION W/ HIGH R-VALUE
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINTINTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
LYNN QUAGLIATO
Spring 2022 TSM2006_02
Scale:
5/16/2022
Detailing & Construction Documents Date: 1 1/2" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
TRANSFORMATION
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINTINTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
PLYWOOD SHEATHING - BRACING DIAPHRAM - SIMPLE SYSTEM FOR ATTACHING FINISHES
2X6 WOOD FRAMING - STRUCTURAL FRAMING - ECONOMIC STRUCTURAL SYSTEM, EASILY ASSEMBLED ON SITE
GLASS - FENESTRATION - ALLOWS FOR VISIBIILITY, LIGHT AND AIR FLOW
RIGID FOAM - INSULATION - ECONOMICAL INSULATION W/ HIGH R-VALUE
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISH - BEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
1 1/2" = 1'-0" 2 TYP. WALL TO WINDOW SECTION 1 1/2" = 1'-0" 3 TYP. WALL TO FLOOR SECTION
HARDWOOD FLOOR - INTERIOR FINISH - BEAUTIFUL NATURAL, DURABLE FINISH
CAST IN PLACE CONCRETE - STRUCTURAL FRAMING - ECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
RIGID FOAM - INSULATION - ECONOMICAL INSULATION W/ HIGH RVALUE
DRAINAGE CAVITY - THERMAL & MOISTURE PROTECTION
1X6 TREATED T&G WESTERN RED CEDAR - EXTERIOR FINISHBEAUTIFUL FINISH TREATED TO WITHSTAND WEATHER
CAST IN PLACE CONCRETE - STRUCTURAL FRAMING - ECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
PLYWOOD SHEATHING - BRACING DIAPHRAM - SIMPLE SYSTEM FOR ATTACHING FINISHES
GYPSUM WALL BOARD W/ SKIM COAT PLASTER FINISH & PAINTINTERIOR FINISH - VERSATILE FINISH THAT ALLOWS FOR PAINT
LYNN QUAGLIATO
Scale:
5/16/2022
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1 1/2" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
TRANSFORMATION
LYNN QUAGLIATO
CAST IN PLACE CONCRETE - STRUCTURAL FRAMING - ECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
WATER MEMBRANE - WATER MITIGATION - A SIMPLE WAY TO ENSURE WATER DOES NOT SEEP THROUGH POUROUS SURFACES
CAST IN PLACE CONCRETE SLAB ON GRADE - STRUCTURAL FOUNDATIONECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
FRENCH DRAIN - WATER MITIGATION - AN INVISIBLE WAY TO REMOVE WATER FROM A SITE UNDERGROUND
CAST IN PLACE CONCRETE FOOTING - STRUCTURAL FOUNDATIONECONOMICAL STRUCTURE THAT CAN BE POURED ON SITE
Scale:
5/16/2022
Spring 2022 TSM2006_02 Detailing & Construction Documents Date: 1 1/2" = 1'-0"
House in Trees Anonymous Architects Echo Park, Los Angeles
ASSIGNMENT 2C
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.
Draw 2 Axonometric Wall Section Details, each at a scale of 3/4"=1 -0”
One axon is to illustrate the interior floor, wall and ceiling planes, and the other axon is to illustrate the exterior ground, wall, and roof planes. Each wall section cut is to illustrate the following conditions:
where the building meets the ground where the floor meets the wall where the wall is penetrated at a window or door where the wall meets the roof.
Each axon should include an entire bay or a minimum 8ft of floor/wall/roof depth. Don’t forget to consider the materials and their relationships from interior to exterior.
Use annotated leaders to locate and identify all materials and components within each Axonometric Wall Section. Identifying the components of the assembly system in order from interior face to the outer. Include descriptions of materials, their purpose/function, and the performance of each component.
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date:
ASSIGNMENT 2B
[1] Anonymous Architects. “ArchProjects | House in Trees.” Anonymousarchitects.com, Anonymous Architects, http://www.anonymousarchitects.com/ArchProjects/project_PD-1.htm.
[2] “House in Trees / Anonymous Architects.” ArchDaily, ArchDaily, 9 Jan. 2017, https://www.archdaily.com/800060/house-in-trees-anonymous-architects#.
[3] Gabel, JC. “Anonymous Architects' House in Trees Brings a New Slant to Echo Park.” Wallpaper.com, Wallpaper*, 1 Nov. 2016, https://www.wallpaper.com/architecture/in-residence-house-in-trees-by-anonymous-architects.
[4] “Tozzer Anthropology Building / Kennedy & Violich Architecture.” Archdaily.com, ArchDaily, 28 Aug. 2015, https://www.archdaily.com/772590/tozzer-anthropology-building-kennedy-and-violich-architecture.
[5] “Novartis Office Building - Projects.” Weissmanefredi.com, Weiss Manfredi, https://www.weissmanfredi.com/projects/24-novartis-office-building.
[6] “Novartis Campus / Weiss/Manfredi.” Archdaily.com, ArchDaily, 6 Aug. 2014, https://www.archdaily.com/533475/novartis-campus-weiss-manfredi.
[7] Plans, elevations & sections adapted from drawings provided by Anonymous Architects, received 3 Feb. 2022
[8] Image adapted from: “IECC Climate Zone Map.” Energy.gov, Office of Energy Efficiency and Renewable Energy, https://basc.pnnl.gov/images/iecc-climate-zone-map.
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents NTS Date:
5/16/2022
FINAL COURSE BOOKLET
LYNN QUAGLIATO
SPRING 2022 TSM2006_02
DETAILING & CONSTRUCTION DOCUMENTS INSTRUCTOR MARY POLITES THANK YOU!
LYNN QUAGLIATO Spring 2022 TSM2006_02 Detailing & Construction Documents Date:
5/16/2022