M. Boudreau Detailing & Construction

CONTENTS:

CASE STUDY FORENSICS CASE STUDY FORENSICS-- ASSIGNMENT 1(A) ASSIGNMENT 1(A) ASSIGNMENT ASSIGNMENT

LAYERED WALL SYSTEM PROJECT INFO

FLOOR PLAN

EXTERIOR ELEVATIONS S + N

EXTERIOR ELEVATIONS E + W BUILDING SECTIONS

IMAGES + NARRARIVE

MONOLITHIC WALL SYSTEM PROJECT INFO

MAIN LEVEL ENLARGED PLAN FLOOR PLANS

EXTERIOR ELEVATIONS

BUILDING SECTIONS

IMAGES + NARRATIVE

CURTAIN WALL SYSTEM PROJECT INFO FLOOR PLAN

EXTERIOR ELEVATIONS S + E

EXTERIOR ELEVATIONS N + W BUILDING SECTIONS

IMAGES + NARRATIVE CASE STUDY FORENSICS- ASSIGNMENT 1(B) 1(B)

FLOOR + FOUNDATION SYSTEMS WALL + ROOF SYSTEMS AXONOMETRIC SECTION WALL SECTION WALL SYSTEM

ROOF + FLOOR SYSTEMS

WALL SYSTEM

FLOOR + FOUNDATION SYSTEMS

CASE STUDY FORENSICS - ASSIGNMENT CASE STUDY FORENSICS - ASSIGNMENT 1 11 1(C) (C) (C)

CLIMATE ZONE INFO FOUNDATION SYSTEM FLOOR SYSTEM WALL SYSTEM ROOF SYSTEM ELEVATION SECTION R-VALUE SUMMARY

A-1.1 A-1.0 A-1.2 A-1.3.1 A-1.3.2 A-1.4 A-1.5 A-1.6 A-1.7 A-1.8 A-1.11 A-1.12 A-1.13

CASE STUDY FORENSICS - CASE STUDY FORENSICS - CASE STUDY FORENSICS - CASE STUDY FORENSICS - ASSIGNMENT 1( ASSIGNMENT 1( 1( 1(D DD D) )) )

A-1.9

A-1.10 A-1.14.1 A-1.14.2 A-1.15 A-1.16 B-1.0 B-1.2 B-1.3 B-1.4 B-1.5 B-1.6 B-1.7 C-1.0 C-1.1 C-1.2 C-1.3 C-1.4 C-1.5 C-1.6 C-1.7

B-1.1

4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37

FLOOR TO WALL CONNECTION DETAIL WALL TO ROOF CONNECTION DETAIL FOUNDATION TO FOOTING DETAIL WALL AT WINDOW OPENING PLAN DETAIL

TRANSFORMATION TRANSFORMATION TRANSFORMATION TRANSFORMATION - ASSIGNMENT - ASSIGNMENT 2 22 2( (( (A AA A) )) )

EXTERIOR WALL SYSTEM FOUNDATION SYSTEM FLOOR SYSTEM WALL SYSTEM

33 38

TRANSFORMATION TRANSFORMATION TRANSFORMATION - ASSIGNMENT 2(B + C) - ASSIGNMENT 2(B + C) 2(B C) 2(B C)

EXTERIOR AXONOMETRIC SECTION

INTERIOR AXONOMETRIC SECTION PERSPECTIVAL DETAIL VIEWS

REFERENCES REFERENCES REFERENCES REFERENCES

ROOF SYSTEM B-1.8

ADDITIONAL RESOURCES

D-1.1 D-1.0 D-1.2 D-1.3 D-1.4 A-2.0 A-2.1 A-2.2 A-2.3 A-2.4 A-2.5 B-2.0 B-2.1 B-2.2 B-2.3 C-2.0 C-2.1

339 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55

ASSIGNMENT: Analyze a building from each of three wall systems. Provide a narra ve of each precedent and how it responds to the climate, geography, buidling use and other regional considera ons. Include floorplans, building sec ons and exterior eleva ons along with 3D images and narra ve to describe each assembly.

CASE STUDY FORENSICS CASE STUDY FORENSICS CASE FORENSICS CASE FORENSICS

VACATION COTTAGES

PK Arkitektar Brekkuskogur, Iceland

Layered Wall System

THERME VALS

Zumthor Vals, Switzerland Monolithic Wall System

Peter

WOOD INNOVATION & DESIGN CTR.

Michael Green Architects Bri sh Columbia, Canada

Curtain Wall System

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

VACATION VACATION COTTAGES PK

Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

3

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

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

VACATION

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

VACATION COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

The main focus of the design is to create a semirural architecture that blends in with the landscape and the surrounding mountains. Earthfrom the excava on is used to form a windprotec ng bunker for the outdoor terraces and help fuse the roofscapes of the cabins with the surrounding sloping landscape. Vegeta on from the excavated footprint of each building is preserved throughout the building process and reinstalled on the roofs, when completed. The building is a wooden construc on res ng on a concretebase. Theexterioriscladwith burnt hardwood paneling, to enhance thedurabilityofthewood. 5

Theroof isagrass layerfusedtogether with the surrounding slope, a tradi onal method used in the old vernacularturfhousesinIceland.

VACATION VACATION

The interior is composed of a floor finish of smooth-polished concrete, with walls and ceilings cladded in wood panels with the same intervals asontheexteriorcladding.

The houses u lize geothermal hydro energy from specially drilled sources inside the site boundary to promote minimal environmental impact, crea ng cabins with close to zero carbonfootprints.

COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

SITE PHOTO FACING NE

THERME THERME

VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

SCALE: 1/32" = 1'-0" 2 LEVEL 1 - BATH FLOOR PLAN

SCALE: 1/32" = 1'-0" 3 LEVEL 0 - SPA FLOOR PLAN

THERME THERME

VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

THERME THERME VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

1 BUILDING SECTION - FACING WEST

SCALE: 1/16" = 1'-0"

14 14

2 BUILDING SECTION - FACING SOUTH

SCALE: 1/16" = 1'-0"

THERME THERME VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

The composite load bearing baths consists of solid walls of concrete and thin slabs of Vals gneiss rock the place, broken or cut to size in the quarry just behind the village. Zumthor designed its building stone res ng par ally within the side, as if formed by nature. Due to the monolithic nature of the bath house, the building is also heated by the thermal mass. These three layer heights run through the whole bath from top to bo om. Layer on layer. Without excep on. The en re structure extends to a width of approximately 58 meters and cuts as far as 34 meters into the slope in front of the main building of the hotel complex, a unit erected in the 1970s and which stands at the northeastern corner of the property like a sweeping gesture with its four rows of loggias overlooking the grass-covered roof of theTherme.

THERME THERME

VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

WOOD

Green

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

WOOD WOOD WOOD INNOVATION INNOVATION & DESIGN & DESIGN DESIGN DESIGN

CENTER

Michael

Green

Bri sh Columbia Curtain Wall System

Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

16 16

This assembly consists of an aluminum curtain-wall system fastened to a ver cally laminated LVL structural frame. The system is s ck-built and siteglazed with triple-glazed units that are argon filled with low-e coa ngs. Cedar-clad rainscreen walls. The wall assembly consists of structural insulated panels protected on the exterior with a highperformance, liquid-silicone air and moisture barrier membrane. All joints between the SIPs are sealed at the interior and exterior side and are insulated where gaps occur, for air ghtness and condensa on control.

The SIP panels and cri cal barrier membranes are ed directly into the curtain-wall assembly. The panels are clad with a panelized tongue-andgroove, fire-treated cedar cladding that have either a natural or charred finish, depending on their loca on.

WOOD WOOD WOOD WOOD INNOVATION INNOVATION & DESIGN & DESIGN DESIGN DESIGN CENTER Michael Green Bri sh Columbia Curtain Wall System

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

Western Red CedarCedar PanelsCharred Cladding Assembled Curtain Wall System

CASE STUDY FORENSICS CASE STUDY FORENSICS CASE FORENSICS CASE FORENSICS

ASSIGNMENT:

Using the case study buildings from 1A, draw the four major systems of each case study. Use annotated leaders to iden fy materials and components with brief descrip ons in the CSI16 Divisions Format. Draw the following at 3/4"=1'-0" scale.

Founda on System Floor System Wall System Roof System

VACATION COTTAGES

PK Arkitektar Brekkuskogur, Iceland

Layered Wall System

ASSIGNMENT 1 (B)

THERME VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

WOOD INNOVATION & DESIGN CTR.

Michael Green Architects Bri sh Columbia, Canada Curtain Wall System

Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

TRANSVERSE SECTION B-2.2 / A

FOUNDATION DETAIL B-2.2 / A.1

SCALE: 1/16" = 1'-0" 1 AXONOMETRIC SECTION

ROOF DETAIL B-2.4 / C.1

ENLARGED LOUNGE AREA FLOOR PLAN B-2.3 / B

THERME THERME VALS VALS

WALL PLAN DETAIL B-2.3 / B.1

FLOOR DETAIL B-2.4 / C.2

WALL SECTION B-2.4 / C

WALL SECTION B-2.2 / A.2

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

Peter Zumthor Vals, Switzerland Monolithic Wall System

AXON AXON SECTION SECTION

STACKED STONE CLADDING

INSULATED CAST IN PLACE CONCRETE WALL VAPOR BARRIER

CAST IN PLACE CONCRETE FLOOR

RIGID, MOISTURE RESISTANT INSULATION; THERMAL BARRIER

COMPACTED GRAVEL

POURED CONCRETE FOOTING

COMPACTED EARTH

SCALE: 1" = 1'-0" A FOUNDATION DETAIL

SCALE: 1/8" = 1'-0" A TRANSVERSE SECTION

MOISTURE BARRIER 1 2

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

TOBATHS

BEDYOGA

THERME THERME VALS VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone

WALL SYSTEM NOTES:

-Stone Cladding (Exterior Facade)

-Moisture Barrier (Moisture Control)

-Reinforced Concrete Wall (Structure)

-Insula on (Thermal Barrier)

-Reinforced Concrete Layer (Thermal Mass)

-Vapor Barrier (Moisture Protec on)

-Stone Cladding (Inteior Finish)

1

INSIDE

CONCRETE WINDOW WELL

STACKED STONE CLADDING

ROOF SYSTEM NOTES:

-Green roof

(Drainage & Thermal Mass)

-Roof Membrane (Moisture Protec on)

-Insula on (Thermal Barrier)

-Reinforced Concrete Slab (Roof Structure)

-Vapor Barrier (Moisture Control)

-Wood Sla ng (Interior Ceiling Finish)

OUTSIDE

B WALL ASSEMBLY DETAIL

SCALE: 1" = 1'-0"

CAST IN PLACE CONCRETE WALL DOUBLE PANED WINDOW ASSMBLY IN ALUMINUM FRAME MORTAR BED

VAPOR BARRIER MOISTURE BARRIER

RIGID INSULATION STACKED STONE FACADE

THERMAL BARRIER

THERME THERME

VALS

VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

Team: Marc Loeliger, Thomas Durisch, Rainer Weitschies, Vitrocsa, Stonecon, Truffer Natural Stone 14 15

B ENLARGED LOUNGE AREA PLAN

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

WALL WALL SYSTEM SYSTEM

SCALE: 1" = 1'-0" C ROOF ASSEMBLY DETAIL

SANDBLASTED GLASS

GREEN ROOF- GRASS BEARING SOIL

DOUBLE-PANED GLASS ASSEMBLY

GRAVEL FOR DRAINAGE WATERPROOF MEMBRANE

RIGID INSULATION

VAPOR BARRIER

STEEL ANGLE SOIL BARRIER THERMAL BARRIER

REINFORCED CAST IN PLACE CONCRETE

LIGHT WELL

SCALE: 1/4" = 1'-0" C ROOF & WALL SECTION

POLISHED CONCRETE FINISHED FLOOR

RADIANT HEAT MAT

THERMAL BARRIER

REINFORCED CAST IN PLACE CONCRETE

SCALE: 1" = 1'-0" C FLOOR ASSEMBLY DETAIL

25

THERME THERME

VALS

VALS

Peter Zumthor Vals, Switzerland Monolithic Wall System

ROOF & FLOOR FLOOR FLOOR FLOOR SYSTEMS SYSTEMS

Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

Team: Carla Smith, Kristalee Berger, Alfonso Bonilla, Jordan van Djik, Guadalupe Font, Adrienne Gibbs, Jacqueline Green, Ahser deGroot, Soo Han, Kristen Jamieson, Vuk Krcmar-Grkavac, Alex Kobald, Sindhu Mahadevan, Maria Mora, Mingyuk Chen, Seng Tsoi

CASE STUDY FORENSICS CASE STUDY FORENSICS CASE FORENSICS CASE FORENSICS

ASSIGNMENT:

Using the case study buildings from 1A, select one of the assemblies for further explore. Each drawing should convey how the components are assembled rela ve to eachother. Iden fy the four major systems (founda on, floor, wall and roof). Note the local energy code requirements to determine R-Value and the best type of insula on necessary for this type of construc on.

Draw the following at 3/4"=1'-0" scale.

Exterior Plan Detail Wall Par on Detail

Eleva on Detail

WALL SYSTEM ROOF SYSTEM FLOOR SYSTEM FOUNDATION SYSTEM

VACATION COTTAGES

PK Arkitektar

Layered Wall System

Thermal Envelope Analysis

CLIMATE NOTES:

CLIMATEZONE8: SUBARCTIC

KOPPENCLIMATETYPE:TUNDRA(ET) / SUBPOLAROCEANIC(Cfc)

Subarc c climate zone

Defined as: any region with 12,600 hea ng degree days (on the 65° basis) or more. The only subarc c regions in the United States are in found Alaska, which is not shown in Figure 1.

VACATION VACATION

PROJECT LOCATION BREKKUSKOGUR, ICELAND

Defined as: any region that meets all of the following criteria:

• A coldest month mean temperature between 27°F (-3°C) and 65°F (18°C)

• A warmest month mean of less than 72°F (22°C)

• At least 4 months with mean temperatures higher than 50°F (10°C)

• A dry season in summer.

BUIDLING ENVELOPE INSULATION TYPE NOTES: BUIDLING ENVELOPE INSULATION TYPE NOTES: INSULATION NOTES: INSULATION NOTES:

EXTERIOR WALLS ABOVE GRADE: Expanded Polystyrene R-6.2 per inch

EXTERIOR WALLS BELOW GRADE: Extruded Polystyrene R-5 per inch

FLOORS ABOVE GRADE: Heated Slab; Rigid Foam; R-6.2 per inch

ROOF: Between Joists (Sub Green Roof) Mineral Wool, R-3.3 per inch

28 28

In this zone, the month with the most precipita on in the cold season will have three mes as much precipita on (or more) as the month with the least precipita on for the rest of the year.

CANADIAN EQ. LATTITUDE THERMAL ENVELOPE GUIDELINES

CANADIAN LATTITUDE THERMAL GUIDELINES GUIDELINES: :: :

COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

FLASHING

FINISHED GRADE

RIGID INSULATION

CONCRETE STEM WALL

WATERPROOFING MEMBRANE

MEMBRANE ADHESIVE

BACKFILL

COMPACTED EARTH COURSE GRAVEL

DRAINAGE MAT/ BOARD FLUID APPLIED MEMBRANE

WATERPROOFING FILLET

CAST-IN-PLACE CONCRETE SLAB MECHANICAL KEY CONNECTION

REINFORCED CONCRETE SPREAD FOOTING

A.1 FOUNDATION DETAIL

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

C

+12'-6"

D E

+10'-2"

+8'-0"

B

+10'-10" +9'-7" A

+7'-0" 5"

2'-0" 5" 8"

MOISTURE BARRIER

EXTRUDED RIGID FOAM INSULATION CRUSHSED STONE COMPACTED EARTH

FOUNDATION SYSTEM R-VALUE CALCULATION: H2OMEMBRANE R=0.05 0.2" 0.01 DRAINAGEMAT R=0.1 0.1" 0.01 8"CONCRETEWALL R=0.17 8" 1.35 RIGIDPOLYSTYRENE(x2) R=5 2.5" 25 VAPORBARRIER R=0.06 0.1" 0.001

TOTAL ASSEMBLY R = 26.37

CONTINUOUS WATERPROOFING MEMBRANE

POLISHED CONCRETE STEEL DECKING 2'-0"

F G H

TOTAL REQUIRED R = 22.5

FOUNDATIONSYSTEMNOTES: FOUNDATIONSYSTEMNOTES: FOUNDATIONSYSTEMNOTES: FOUNDATIONSYSTEMNOTES:

CONCRETE WALL ABOVE GRADE: Prevents exterior wall assembly from contac ng surface water

SLOPED GRADE: Directs surface water away from structure at founda on level CONCRETE SLAB: Anchors floor and wall systems to founda on; forms the base of the thermal envelope

COMPACTED EARTH: Provides ac ve structural pressure DRAINAGE MAT: Allows water to flow down the founda on wall to the perimeter drain system, direc ng water away.

RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

WATERPROOFING MEMBRANE: Coa ng applied to concrete to bridge non-structural cracks and prevent water seepage into founda on structure

WATERPROOFING FILLET: Mortar angle to prevent water from seeping into the founda on wall/foo ng joint

GRAVEL & PIPE: Sub-soil perimeter drainage system to direct ground water away from founda on to storm drain or natural outlet at lower eleva on MECHANICAL KEY: Provides lateral stability between concrete founda on wall and foo ng

CONCRETE FOOTING: Installed below the frost-line to prevent unnessary soil movment; supports the weight of the building with greater area to disperse the load

VACATION VACATION COTTAGES PK

4

SCALE: 1/4" = 1'-0" 2 BUILDING SECTION - FACING EAST

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

Arkitektar Brekkuskogur, Iceland Layered Wall System

FINISHED GRADE MEMBRANE ADHESIVE

CONCRETE STEM WALL

CAST-IN-PLACE CONCRETE SLAB COMPACTED EARTH COURSE GRAVEL

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

FLOOR ASSEMBLY DETAIL

C

+10'-2"

+8'-0"

B

+10'-10" +9'-7" A

D E

+12'-6"

POLISHED CONCRETE STEEL DECKING 2'-0"

+7'-0" 5"

2'-0" 5" 8"

FOUNDATION SYSTEM R-VALUE CALCULATION:

RIGIDPOLYSTYRENE R=5 3.25" 16.25 H2OBARRIER R=0.05 0.2" 0.01 STEELDECKING R=0.1 0.1" 0.01 CONCRETESLAB R=0.17 3" 0.51 INSULATEDTOPPING R=0.25 1" 0.25

VACATION VACATION

CONTINUOUS WATERPROOFING MEMBRANE

EXTRUDED RIGID FOAM INSULATION CRUSHSED STONE COMPACTED EARTH

F G H

RADIANT TEMP CONTROL TUBING 4'-6 1/2" 8"

TOTAL ASSEMBLY R = 17.03 TOTAL REQUIRED R = 16.1

FLOORSYSTEMNOTES:

POLISHED CONCRETE: Provides aesthe c surface finish to cast-inplace concrete slab

CONCRETE SLAB: Anchors floor and wall systems to founda on and thrermal barrier with lightweight insulated concrete topping RADIANT TUBING: Provides distribu on system for hot or cool water to circulated throughout the floor slab for high efficiency interior climate control

STEEL DECKING: Provides formwork for integrated radiant floor tubing with concrete slab poured on top MOISTURE BARRIER: Polyethylene (or similar) con nuous vapor barrier prevents moisture from seeping from the ground into the concrete floor system RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

COMPACTED EARTH: Provides ac ve structural pressure to support the floor system and accompanying load

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

4

SCALE: 1/4" = 1'-0" 2 BUILDING SECTION - FACING EAST

CHARRED WOOD SLATTED CLADDING VENTILATION SPACE

WALL SYSTEM R-VALUE CALCULATION:

HARDWOODCLADDING R=0.91 2.5" 2.3

WIND PAPER; BLACK

WINDBARRIER R=0.06 0.1" 0.001 AIRSPACE R=1.01 1" 1.01

3/8" PLYWOOD DOUBLE-PANED GLASS; ALUMINUM FRAME INSULATED GLAZING SYSTEM

MOISTURE BARRIER 2-LAYER GYPSUM BOARD W/ PLASTER SKIM COAT

MINERAL WOOL INSULATION SILICON CAULK

PLYWOODSHEATHING R=1.25 0.375" 0.875 MINERALWOOLBATT R=3.3 5" 16.5

CONCRETE PIPE

THERMAL BARRIER

2X6FRAMING(24"OC) R=6.8 (18.75%) 0.18

VAPORBARRIER R=0.06 0.1" 0.001 GYPSUMBOARD(X2) R=0.45 0.5" 0.90 TOTALASSEMBLY R = 22.11

2

WOOD 2 X 6 FRAMING

B WALL PLAN DETAIL

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

B

SCALE: 1/8" = 1'-0" 1 FLOOR PLAN

EXPANDEDPOLYSTYRENE R=6.2 5" 31 (IFSUBSTITUTEDFORBATT)

TOTAL FRAMED ASSEMBLY R = 36.27 TOTAL REQUIRED R = 21.8

WALL SYSTEM NOTES: WALL SYSTEM NOTES:

HARDWOOD STRIP CLADDING: Protects interior from environment, provides some thermal mass and aesthe c proper es to exterior; charred finish maximizes material longevity and increases fire retardant proper es

WIND PAPER: Provides environmental protec on to wall system

AIR SPACE: Allows for air circula on to prevent condensa on and moisture build-up between layered materials

PLYWOOD SHEATHING: Provides environmental proec on and lateral load stabilizing proper es as well as a substrate to affix exterior cladding system

INSULATION: provides a thermal break to prevent heat transfer between the strucutre and outdoor climate to maintain comfortable interior environment

VAPOR BARRIER: Coa ng applied to concrete to bridge non-structural cracks and prevent water seepage into founda on structure

WOOD FRAMING: Structural framework of building; provides structure to a ach wall system materials and inters al space for insula on

GYPSUM BOARD: Interior wall substrate provides acous c and thermal insula on, fire proofing proper es and flexible finish configura ons

PLASTER COATING: Inteior surface finish; ready to paint or apply other aesthe c wall treatments

VACATION VACATION

COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

WALL WALL SYSTEM SYSTEM

ROOFSYSTEMNOTES: ROOFSYSTEMNOTES:

GREEN ROOF: Provides thermal mass, carbon capture, fresh air, natural biodiversity & habitat, rainwater filtra on and natural UV protec on

FILTRATION FABRIC: Helps filter out larger par culates to prevent clogs & build-up in the perimeter drainage system

WATERPROOFING MEMBRANE: Prevents excess moisture accumula on in the green roof from penetra ng the roof system structure

METAL ANGLE: Perforated barrier to allow water flow, but prevent green roof materials from eroding into the drainage system

PERIMETER DRAINAGE: Water from the green roof is directed through a series of filtra on toward the roof perimeter and gravity fed to the in-ground perimeter drain to divert water from the building

VENTILATION SPACE: Allows for airflow between materials to prevent moisture accumula on

FIBER CEMENT: Lightweight, moisture resistant and durable material substrate to provide support for the green roof

PLYWOOD SHEATHING: Provides environmental protec on and load dispursement of the green roof system across joists

WOOD FRAMING: Structural framework of building support; joists provide load bearing capacity for roof system and inters al space for thermal insula on

VAPOR BARRIER: Provides con nuous condensa on control and prevents moisture accumula on between temperature differen al materials

INSULATION: Installed between joists to reduce thermal transmi ance for interior climate control

CEILING CLADDING: Interior surface for finish material (in this case hardwood strips affixed via joist system)

VACATION VACATION COTTAGES

PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

Molly Boudreau

ROOF SYSTEM R-VALUE CALCULATION:

GREENROOFASSBLY R=2.5 3.5" 8.75 SUBSTRATE R=0.06 0.1" 0.001 H20MEMBRANE R=0.33 0.2" 0.07 AIRSPACE R=1.01 1" 1.01 PLYWOODSHEATHING R=1.25 0.375" 0.875 MINERALWOOLBATT R=3.3 5" 16.5 2X6FRAMING(24"OC) R=6.8 (18.75%) 0.18 VAPORBARRIER R=0.06 0.1" 0.001 GYPSUMBOARD R=0.45 0.5" 0.225 CEILINGCLADDING R=0.91 1.75" 1.6

TOTAL ASSEMBLY R = 29.21 TOTAL REQUIRED R = 28.5

VACATION VACATION COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

ELEVATION ELEVATION SECTION SECTION

2 2

1 FLOOR PLAN SCALE: 1/4" = 1'-0" 1 WALL SECTION

SCALE: 1/8" = 1'-0"

BUIDLING ENVELOPE INSULATION TYPE NOTES:

EXTERIORWALLSABOVEGRADE: ExpandedPolystyreneR-6.2perinch

EXTERIORWALLSBELOWGRADE: ExtrudedPolystyreneR-5perinch

FLOORSABOVEGRADE:HeatedSlab;RigidFoam;R-6.2perinch

ROOF:BetweenJoists(SubGreenRoof)MineralWool,R-3.3perinch

GREENROOF:Typ.forClimate,R-2.5perinch

WALL SYSTEM CALCULATION:

HARDWOODCLADDING R=0.91 2.5" 2.3 WINDBARRIER R=0.06 0.1" 0.001 AIRSPACE R=1.01 1" 1.01 PLYWOODSHEATHING R=1.25 0.375" 0.875 MINERALWOOLBATT R=3.3 5" 16.5 2X6FRAMING(24"OC) R=6.8 (18.75%) 0.18 VAPORBARRIER R=0.06 0.1" 0.001 GYPSUMBOARD(X2) R=0.45 0.5" 0.90 TOTAL ASSEMBLY R = 22.11

EXPANDEDPOLYSTYRENE R=6.2 5" 31 (SUBSTITUTEFORBATT) TOTAL FRAMED ASSEMBLY R = 36.27

VACATION VACATION COTTAGES

PK

Arkitektar Brekkuskogur, Iceland Layered Wall System

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

CASE STUDY FORENSICS CASE STUDY FORENSICS CASE FORENSICS CASE FORENSICS

ASSIGNMENT:

Using the case study buildings from 1A, select one of the assemblies for further explore. Each drawing should convey how the components are assembled rela ve to eachother. Iden fy the four major systems (founda on, floor, wall and roof).

Draw the following details at 1-1/2"=1'-0" scale.

Floor to Wall Connec on Wall to Roof Connec on Founda on to Foo ng Connec on Wall at Window Jamb Plan Detail

WALL SYSTEM D-1.4

VACATION COTTAGES PK Arkitektar Layered Wall System

Thermal Envelope Analysis

ROOF SYSTEM D-1.2

FLOOR SYSTEM D-1.1

FOUNDATION SYSTEM D-1.3

CHARRED WOOD SLAT FACADE WIND/INSECT PAPER, BLACK

FLUID APPLIED AIR & MOISTURE BARRIER, "PROSOCO" OR EQ.

METAL FLASHING

BITUMINOUS FLASHING

PLYWOOD SHEATHING WATERPROOF JOINT & SEAM MEMBRANE SILL SEAL FOAM

OUTSIDE +0.0'

INSIDE

SEMI-POLISHED FINISH

VACATION

FINISHED GRADE

RADIANT TEMP CONTROL FLEXIBLE PVC TUBING

CAST-IN-PLACE CONCRETE SLAB WATER STOP SEALANT

CONCRETE STEM WALL

FLUID APPLIED AIR & WATER BARRIER, PROSOCO OR EQ.

RIGID INSULATION DRAINAGE MAT BACKFILL PER GEOTECH ENG.

1 FLOOR TO WALL CONNECTION DETAIL

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

WELDED WIRE MESH; RADIANT TUBING AFFIXED

4" EXTRUDED RIGID FOAM INSULATION CRUSHSED STONE FOR DRAINAGE

FLOOR SYSTEM NOTES: NOTES:

POLISHED CONCRETE: Provides aesthe c surface finish to cast-in-place concrete slab

CONCRETE SLAB: Anchors floor and wall systems to founda on and thrermal barrier with lightweight insulated concrete topping

RADIANT TUBING: Provides distribu on system for hot or cool water to circulated throughout the floor slab for high efficiency interior climate control

WELDED WIRE MESH: Provides formwork for integrated radiant floor tubing with concrete slab poured on top

MOISTURE BARRIER: Polyethylene (or similar) con nuous vapor barrier prevents moisture from seeping from the ground into the concrete floor system

RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

COMPACTED EARTH: Provides ac ve structural pressure to support the floor system and accompanying load

BITUMINOUS MEMBRANE: Protects founda on wall insula on from surface water penetra on SILL SEAL FOAM: Prevents air and moisture from penetra ng wall / floor joint at wood sill plate

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

VACATION COTTAGES PK Arkitektar Brekkuskogur, Iceland Layered Wall System

FLOOR FLOOR FLOOR FLOOR SYSTEM SYSTEM

ROOF SYSTEM NOTES: NOTES:

GREEN ROOF: Provides thermal mass, carbon capture, fresh air, natural biodiversity & habitat, rainwater filtra on and natural UV protec on

FILTRATION FABRIC: Helps filter out larger par culates to prevent clogs & build-up in the perimeter drainage system

WATERPROOFING MEMBRANE: Prevents excess moisture accumula on in the green roof from penetra ng the roof system structure

METAL ANGLE: Perforated barrier to allow water flow, but prevent green roof materials from eroding into the drainage system

PERIMETER DRAINAGE: Water from the green roof is directed through a series of filtra on toward the roof perimeter and gravity fed to the in-ground perimeter drain to divert water from the building

VENTILATION SPACE: Allows for airflow between materials to prevent moisture accumula on

FIBER CEMENT: Lightweight, moisture resistant and durable material substrate to provide support for the green roof

PLYWOOD SHEATHING: Provides environmental protec on and load dispursement of the green roof system across joists

WOOD FRAMING: Structural framework of building support; joists provide load bearing capacity for roof system and inters al space for thermal insula on VAPOR BARRIER: Provides con nuous condensa on control and prevents moisture accumula on between temperature differen al materials

INSULATION: Installed between joists to reduce thermal transmi ance for interior climate control

CEILING CLADDING: Interior surface for finish material (in this case hardwood strips affixed via joist system)

VACATION VACATION COTTAGES PK Arkitektar

Brekkuskogur, Iceland Layered Wall

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

System

METAL FLASHING

FLASHING

WATERPROOF JOINT & SEAM MEMBRANE SILL SEAL FOAM

FINISHED GRADE

SEMI-POLISHED FINISH

RADIANT TEMP CONTROL FLEXIBLE PVC TUBING

RIGID INSULATION DRAINAGE MAT

CONCRETE STEM WALL

FLUID APPLIED AIR & WATER BARRIER, PROSOCO OR EQ.

BACKFILL PER GEOTECH ENG.

FILTRATION FABRIC

WATER STOP SEALANT COURSE GRAVEL

MORTAR DRAINAGE FILLET

RIGID PERFORATED PIPE, PERIMETER DRAIN SYSTEM

FROSTLINE

FLUID APPLIED MOISTURE BARRIER

FOUNDATION SYSTEM NOTES: FOUNDATION SYSTEM NOTES: SYSTEM SYSTEM

CONCRETE STEM WALL: 6" min above grade prevents exterior wall assembly from contac ng surface water; foam sealant prevents moisture from seeping between wall joint

SLOPED GRADE: Directs surface water away from structure at founda on level

CONCRETE SLAB: Anchors floor and wall systems to founda on; forms the base of the thermal envelope; top layer polished for interior finish

COMPACTED EARTH: Provides ac ve structural pressure for lateral stability

DRAINAGE MAT: Allows water to flow down the founda on wall to the perimeter drain system, direc ng water away from structure

RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

WELDED WIRE MESH; RADIANT TUBING AFFIXED

4" EXTRUDED RIGID FOAM INSULATION

CRUSHSED STONE FOR DRAINAGE COMPACTED EARTH

VAPOR / TERMITE BARRIER; CONTINUOUS 15 MIL "STEGO" OR EQ.

VACATION VACATION COTTAGES PK Arkitektar

Brekkuskogur, Iceland

REINFORCEMENT PER STRUCTURAL ENG.

CAST-IN-PLACE CONCRETE SLAB MECHANICAL KEY CONNECTION

REINFORCED CONCRETE SPREAD FOOTING, POURED BELOW FROSTLINE

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

Layered Wall System

WATERPROOFING MEMBRANE: Fluid coa ng applied to concrete to bridge non-structural cracks and prevent water seepage into founda on structure

WATERPROOFING FILLET: Mortar angle to prevent water from seeping into the founda on wall/foo ng joint

GRAVEL & PIPE: Sub-soil perimeter drainage system to direct ground water away from founda on to storm drain or natural outlet at lower eleva on; fabric prevents dirt entry

MECHANICAL KEY: Provides lateral stability between concrete founda on wall and foo ng

CONCRETE FOOTING: Installed below the frost-line to prevent unnessary soil movment; supports the weight of the building with greater area to disperse the load; reinforced with steel re-bar as per structural engineer's specifica ons

CHARRED 1 X 2 HARDWOOD WOOD STRAPPING

AIR & MOISTURE BARRIER, PROSOCO OR EQ.

3/8" PLYWOOD SHEATHING

ICYNENE CLOSED CELL INSULATION

2 X 6 WOOD FRAMING

BACKER BAR & SEALANT

WIND / INSECT BARRIER FABRIC, BLACK WOOD STRAPPING

2-LAYER GYPSUM BOARD W/ PLASTER SKIM COAT & PAINT SILICONE CAULK

1 WALL AT WINDOW CONNECTION - PLAN VIEW

DOUBLE-PANED GLASS; ALUMINUM FRAME, INSULATED GLAZING SYSTEM

RUBBER WEATHER STRIP GASKET

ANODIZED ALUMINUM SILL SCALE: 3" = 1'-0"

FINISHED SHEETROCK RETURN

VACATION VACATION

COTTAGES PK

Arkitektar Brekkuskogur, Iceland

Team: Palmar Kristmundson Andrew Burges, Fernando de Mendonca, Erna Vestmann, Sunna Dora Sigurjonsdo r, Liidia Grinko

WALL SYSTEM NOTES: WALL SYSTEM NOTES:

HARDWOOD STRIP CLADDING: Protects interior from environment, provides some thermal mass and aesthe c proper es to exterior; charred finish maximizes material longevity and increases fire retardant proper es

WIND / INSECT FABRIC: Provides environmental and pest protec on to exterior wall system

AIR SPACE: Allows for air circula on to prevent condensa on and moisture build-up between layered materials

PLYWOOD SHEATHING: Provides environmental proec on and lateral load stabilizing proper es as well as a substrate to affix exterior cladding system

WOOD STRAPPING: Structure for which to secure the charred wood rain screen to the sheathing

INSULATION: provides a thermal break to prevent heat transfer between the strucutre and outdoor climate to maintain comfortable interior environment

VAPOR BARRIER: Coa ng applied to concrete to bridge non-structural cracks and prevent water seepage into founda on structure

WOOD FRAMING: Structural framework of building; provides structure to a ach wall system materials and inters al space for insula on

GYPSUM BOARD: Interior wall substrate provides acous c and thermal insula on, fire proofing proper es and flexible finish configura ons

PLASTER COATING: Inteior surface finish; ready to paint or apply other aesthe c wall treatments

RUBBER GASKETS AND SILICONE CAULK: Addi onal layer of air and moisture control to prevent elements from penetra ng wall system

Layered Wall System

WALL PLAN WALL PLAN DETAIL DETAIL

ASSIGNMENT:

Using Case Study 1, the Vaca on Co ages by PK Arkitektar, the house has been reconfigured using a CLT Panel wall system in lieu of a Layered wall system.

Draw the plan, detail, wall sec on, wall intersec on plann detail and eleva on detail. Iden fy the four major systems for the new assembly. Use annotated leaders to iden fy major components of each samples and organize annota ons into the CSI 16 Divisions Format.

TRANSFORMATION TRANSFORMATION TRANSFORMATION TRANSFORMATION

ROOF ASSEMBLY

A-2.5 A-2.5 A-2.5 A-2.5

EXTERIOR WALL SYSTEM

A-2. A-2. A-2. A-2.1 11 1

WALL ASSEMBLY A-2.4 A-2.4

FOUNDATION SYSTEM A-2.2

FLOOR ASSEMBLY A-2.3 A-2.3

DOUBLE ENDED STRONG-TIE GALVANIZED ANCHOR BOLT; COUNTERSINK; BITUMEN SEALANT

FLUID APPLIED AIR & MOISTURE BARRIER

FLEXIBLE, SELF-ADHERED STAINLESS STEEL FLASHING / TERMITE BARRIER

BLACK ANODIZED ALUMINUM FLASHING

FINISHED GRADE

STEEL SHOE; 4 X ANCHOR BOLTS; GALVANIZED

2 X 2 WOOD BLOCKING

SILL SEAL FOAM

CAST-IN-PLACE CONCRETE SLAB

RADIANT TEMP CONTROL FLEXIBLE PVC TUBING

WATER STOP SEALANT

CONCRETE STEM WALL

FLUID APPLIED AIR & WATER BARRIER, PROSOCO OR EQ.

BACKFILL PER GEOTECH ENG.

FILTRATION FABRIC

COURSE GRAVEL

MORTAR DRAINAGE FILLET

RIGID PERFORATED PIPE, PERIMETER DRAIN SYSTEM

EXPANDED POLYSTYRENE RIGID INSULATION; R-20 DRAINAGE MAT FLUID APPLIED MOISTURE BARRIER

1 FOUNDATION DETAIL

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

FROSTLINE

SEMI-POLISHED FINISH WELDED WIRE MESH; RADIANT TUBING AFFIXED

EXPANDED POLYSTYRENE RIGID INSULATION; R-30

VACATION VACATION COTTAGES

FOUNDATION ASSEMBLY COMPONENTS: ASSEMBLY COMPONENTS:

D.03- CONCRETE SLAB: Anchors floor and wall systems to founda on; forms the base of the thermal envelope; top layer polished for interior finish

D.03- CONCRETE STEM WALL: 6" min above grade prevents exterior wall assembly from contac ng surface water; foam sealant prevents moisture from seeping between wall joint

D.03- MECHANICAL KEY: Provides lateral stability between concrete founda on wall and foo ng

D.03 - CONCRETE FOOTING: Installed below the frost-line to prevent unnessary soil movment; supports the weight of the building with greater area to disperse the load; reinforced with steel re-bar as per structural engineer's specifica ons

D.07 - WATERPROOFING MEMBRANE: Fluid coa ng applied to concrete to bridge nonstructural cracks and prevent water seepage into founda on structure

D.07- WATERPROOFING FILLET: Mortar angle to prevent water from seeping into the founda on wall/foo ng joint

D.07- GRAVEL & PIPE: Sub-soil perimeter drainage system to direct ground water away from founda on to storm drain or natural outlet at lower eleva on; fabric prevents dirt entry

VAPOR / TERMITE BARRIER; CONTINUOUS 15 MIL "STEGO" OR EQ.

CRUSHSED STONE FOR DRAINAGE COMPACTED EARTH

REINFORCEMENT PER STRUCTURAL ENG.

MECHANICAL KEY CONNECTION

REINFORCED CONCRETE SPREAD FOOTING, POURED BELOW FROSTLINE

Adapted from the Design of: PK Arkitektar Brekkuskogur, Iceland ASSIGNMENT 2 B TRANSFORMATION Layered Wall System

D.07- RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

D.17- SLOPED GRADE: Directs surface water away from structure at founda on level

D.17- COMPACTED EARTH: Provides ac ve structural pressure for lateral stability

D.07- DRAINAGE MAT: Allows water to flow down the founda on wall to the perimeter drain system, direc ng water away from structure

CROSS LAMINATED TIMBER PANEL

STEEL SHOE; 4 X ANCHOR BOLTS; GALVANIZED

2-LAYER GYPSUM BOARD; PLASTER SKIM COAT 2 X 2 WOOD BLOCKING 5" FLAT STOCK WOOD BASE; PAINT GRADE 1/4" SHADOW REVEAL; BLACK

FLOOR ASSEMBLY COMPONENTS: COMPONENTS:

D.09- POLISHED CONCRETE: Provides aesthe c surface finish to cast-in-place concrete slab

D.03- CONCRETE SLAB: Anchors floor and wall systems to founda on and thrermal barrier with lightweight insulated concrete topping

VACATION VACATION COTTAGES

D.05- WELDED WIRE MESH: Provides formwork for integrated radiant floor tubing with concrete slab poured on top

CAST-IN-PLACE CONCRETE SLAB

RADIANT TEMP CONTROL FLEXIBLE PVC TUBING

SEMI-POLISHED FINISH WELDED WIRE MESH; RADIANT TUBING AFFIXED

EXPANDED POLYSTYRENE RIGID INSULATION; R-30

VAPOR / TERMITE BARRIER; CONTINUOUS 15 MIL "STEGO" OR EQ.

D.15- RADIANT TUBING: Provides distribu on system for hot or cool water to circulated throughout the floor slab for high efficiency interior climate control

D.07- MOISTURE BARRIER: Polyethylene (or similar) con nuous vapor barrier prevents moisture from seeping from the ground into the concrete floor system

D.07- RIGID INSULATION: Extruded polystyrene below grade provides a thermal break to prevent heat transfer between the strucutre and earth

D.07- DRAINAGE MAT: Protects founda on wall insula on from surface water penetra on; directs water to drain pipe

D.07-SILL SEAL FOAM: Prevents air and moisture from penetra ng wall / floor joint at wood sill plate

D.17- COMPACTED EARTH: Provides ac ve structural pressure to support the floor system and accompanying load

Adapted from the Design of: PK Arkitektar Brekkuskogur, Iceland ASSIGNMENT 2A TRANSFORMATION Layered Wall System

FLOOR FLOOR FLOOR FLOOR SYSTEM SYSTEM

BACKER ROD & SEALANT

SILICONE CAULK VINYL SHIM

PREFABRICATED ALUMINUM SILL

VENTILATION SPACE

R-22 RIGID MINERAL-FIBER INSULATION; NAILABLE

1 X 2 WOOD STRAPPING

FLUID APPLIED AIR & MOISTURE BARRIER, "PROSOCO" OR EQ.

2-PANED GLASS; ALUMINUM FRAME WINDOW ASSEMBLY

SILICONE CAULK

WOOD INTERIOR TRIM WOOD BLOCKING WOOD 1X6 BLOCKING; BEVELED SELF-ADHERANT FLASHING

VAPOR BARRIER ICYNENE CLOSED CELL INSULATION

CROSS LAMINATED TIMBER PANEL

2-LAYER GYPSUM BOARD; FIRE RATED PER CODE

4" SCREW FASTENERS

SCALE: 1 1/2"= 1'-0" 1 WALL ASSEMBLY DETAIL

REVERSE BOARD & BATTEN CLADDING WIND/INSECT PAPER, BLACK STEEL SHOE; 4 X ANCHOR BOLTS

PLASTER SKIM COAT & PAINT INTERIOR FINISH 2 X 2 WOOD BLOCKING

DOUBLE ENDED ANCHOR BOLT

WALL ASSEMBLY COMPONENTS: WALL ASSEMBLY COMPONENTS: ASSEMBLY ASSEMBLY D.07- BACKER ROD & SEALANT: D.07- SILICON CAULK: ALUMINUM SILL: D.07- VENTILATION SPACE: D.07- WINDOW FLASHING: D.06- WOOD STRAPPING: Provides substrate for cladding to be nailed into D.06- TIMBER CLADDING: Provides exterior wall protec on from effects of climate and weather D.07- RIGID MINERAL FIBER INSULATION: Provides thermal protec on to CLT wall structure to prevent expansion and contrac on; passive mechanism to maintain comfortable interior climate D.06- CROSS LAMINATED TIMBER PANEL: Provides wall system structure; lateral stability and load bearing capacity for the roof system; protects interior from weather; provides thermal mass D.09- 2-LAYER GYPSUM BOARD: Provides fire retardant proper es and interior substrate for finish materials, plaster and/or paint

Adapted from the Design of: PK Arkitektar Brekkuskogur, Iceland ASSIGNMENT 2 B TRANSFORMATION Layered Wall System

ROOF SYSTEM ROOF

SYSTEM

COMPONENTS COMPONENTS: :: :

COMPONENTS

COMPONENTS

D.07- GREEN ROOF: Provides thermal mass, carbon capture, fresh air, natural biodiversity & habitat, rainwater filtra on and natural UV protec on D.07- FILTRATION FABRIC: Helps filter out larger par culates to prevent clogs & build-up in the perimeter drainage system

D.07- WATERPROOFING MEMBRANE: Prevents excess moisture accumula on in the green roof from penetra ng the roof system structure

D.05- METAL ANGLE: Perforated barrier to allow water flow, but prevent green roof materials from eroding into the drainage system

D.07- PERIMETER DRAINAGE: Water from the green roof is directed through a series of filtra on toward the roof perimeter and gravity fed to the in-ground perimeter drain to divert water from the building

D.07- VENTILATION SPACE: Allows for airflow between materials to prevent moisture accumula on D.07- FIBER CEMENT: Lightweight, moisture resistant and durable material substrate to provide support for the green roof

D.07- VAPOR BARRIER: Provides con nuous condensa on control and prevents moisture accumula on between temperature differen al materials

D.07- INSULATION: Installed between joists to reduce thermal transmi ance for interior climate control

D.09- CEILING CLADDING: Interior surface for finish material (in this case hardwood strips affixed via joist system)

VACATION VACATION COTTAGES

Adapted from the Design of: PK Arkitektar Brekkuskogur, Iceland ASSIGNMENT 2 B TRANSFORMATION Layered Wall System

ASSIGNMENT: Draw two axonometric wall sec on details using the transforma on from the original layered wall to the CLT wall system. One axon is to illustrate the interior floor, wall and ceiling rela onships and the other to illustrate the exterior ground, wall and roof planes in rela on to each other.

TRANSFORMATION TRANSFORMATION TRANSFORMATION TRANSFORMATION

ROOF ASSEMBLY

B-2. B-2. B-2.3 / A 3 / A / 3 /

EXTERIOR WALL SYSTEM

B-2.1 B-2.1 INTERIOR WALL SYSTEM B-2.2 B-2.2

FOUNDATION SYSTEM

B-2 B-2.3 / B .3 / B / .3 /

FLOOR ASSEMBLY

B-2 B-2 B-2.3 / C .3 / C .3

SLOPED WOOD BLOCKING DRIP EDGE

PERFORATED METAL RETENTION ANGLE GREEN ROOF; 2" PLANTING MEDIUM GREEN ROOF; 2" ORGANIC SUBSTRATE DRAINAGE LAYER

ALUMINUM FLASHING

METAL PERIMETER GUTTER

CONTINUOUS MOISTURE BARRIER GRAVEL DRAINAGE

PLYWOOD SHEATHING MINERAL WOOL BATT INSULATION POLYSTYRENE RIGID INSULATION

CROSS LAMINATED TIMBER PANEL

FIRE-RATED 2-LAYER GYPSUM BOARD INTERIOR CLADDING

PLASTER SKIM COAT W/ PAINTED FINISH

DRYWALL WRAPPED WINDOW CASING

BLACK POWDER COATED ALUMINUM MULLIONS

PAINTED WOOD STOOL

TUBING FOR RADIANT FLOOR TEMP CONTROL

RIDGE BEAM

WOOD SLAT CEILING CLADDING (CONTINUES TO EXTERIOR) CROSS LAMINATED TIMBER PANEL

PLYWOOD SUBSTRATE 2 X 6 CEILING JOISTS

VACATION VACATION COTTAGES

3/8" SHADOWLINE SHEETROCK REVEAL PAINTED WOOD BASE TRIM

POLISHED CONCRETE INTERIOR FLOOR FINISH

WOOD SLAT CEILING CLADDING SCRIBED TO FINISHED WALL SCALE: 1/8" = 1'-0" 1 INTERIOR PERSPECTIVAL SECTION

Adapted from the Design of: PK Arkitektar Brekkuskogur, Iceland ASSIGNMENT 2 B + C TRANSFORMATION CLT Wall System

INTERIOR INTERIOR AXON AXON SECTION SECTION

VACATION COTTAGES - PK ARKITEKTAR VACATION

“PKdM, Rafael Pinho Vaca on Co ages · Divisare.” n.d. Divisare. Accessed September 6, 2021. h ps://divisare.com/projects/335811-pkdm-rafael-pinho-vaca on-co ages.

PK Arkitektar. 2016. “DETAIL 10/2016 - Dächer by DETAIL - Issuu.” Issuu. September 30, 2016. h ps://issuu.com/detail-magazine/docs/bk-det-2016-10-daecher_roofs-issn00/10.

“BHM | PK Arkitektar.” 2015. PK Arkitektar. October 8, 2015. h ps://pk.is/projects/bhm.

“PK Arkitektar - BHM.” 2016. The Plan. The Plan. March 31, 2016. h ps://www.theplan.it/eng/award-2016-house/bhm-2.

"Vaca on Co ages / PK Arkitektar / Bjarni Kris nson -Photos" 18 Jan 2020. ArchDaily. Accessed 6 Sep 2021. <h ps://www.archdaily.com/778709/vaca on-co ages-pk-arkitektar> ISSN 0719-8884

THERME VALS - PETER ZUMTHOR THERME -

Chipperfield, David. 2017. “FUNCTIONThermal Bath Vals-Peter Zumthor – Modern Architecture: A Visual Lexicon.” Modern Architecture: A Visual Lexicon. h ps://www.facebook.com/WordPresscom. October 4, 2017. h ps://visuallexicon.wordpress.com/2017/10/04/func on%EF%BC%9Athermal-bath-vals-peter-zumthor/.

Glen, Reed. 2016. “Slow Architecture - Dwell / Alpine Modern.” Dwell. Dwell Magazine. November 30, 2016. h ps://www.dwell.com/ar cle/slow-architecture-1c82a421.

Hauser, Sigrid, Peter Zumthor, and Hélène Binet. 2007. Peter Zumthor Therme Vals. Scheidegger Und Spiess Ag Verlag.

Lopez Barrera, Silvina. 2011. “Therme Vals Case Study.” PublicIAState.Edu. May 5, 2011. www.wright.ch/AEC-EFPL_EN.htm.

“Map of Therme Vals.” 2009. Wikipedia . Hotel Therme. August 31, 2009. h ps://de.wikipedia.org/wiki/Datei:Therme-Vals-Karte.png.

“Peter Zumthor, Morphosis Architects / Thom Mayne, Fabrice Fouillet · Thermes Vals AT 7132 Hotel Divisare.” n.d. Divisare. Accessed September 6, 2021. h ps://divisare.com/projects/388269-peterzumthor-morphosis-architects-thom-mayne-fabrice-fouillet-thermes-vals-at-7132-hotel.

“The Therme Vals / Peter Zumthor / Andrea Ceriani- Photos.” 2009. ArchDaily. ArchDaily. February 11, 2009. h ps://www.archdaily.com/13358/the-therme-vals

“Therme Vals | Peter Zumthor & Partner | Felipe Camus - Photos.” n.d. Archello. h ps://www.facebook.com/archellocom. Accessed September 6, 2021. h ps://archello.com/project/therme-vals#stories.

Wenfei, Du, Quian Ruobing, and Ng TsingYin. 2013. “Therme Vals Case Study / LOCAL CONDITION & VEGETATION SUN ANGLE - PDF Free Download.” Docplayer. 2013. h ps://docplayer.net/21483866Local-condi on-vegeta on-sun-angle.html.

Zaxarov, Alexander. 2020. “Thermal Baths in Vals by Peter Zumthor / Fernando Guerra - Photos.” Thisispaper | Architecture. Culture. Nature. Thispaper Studio. September 16, 2020. h ps://www.thisispaper.com/mag/thermal-baths-in-vals-peter-zumthor.

“The Therme Vals, Vals – Modern Architecture: A Visual Lexicon.” 2017. Modern Architecture: A Visual Lexicon. h ps://www.facebook.com/WordPresscom. October 4, 2017. h ps://visuallexicon.wordpress.com/2017/10/04/peter-zumthor-the-therme-vals/.

Alberts, Paul. 2019. “Wood Innova on and Design Centre- A Technical Case Study.” Wood-Works – Program of the Canadian Wood Council. Canadian Wood Council. March 13, 2019. h ps://woodworks.ca/.

Lee, Hyelim. 2019. “Spaces, People and Nature - Wood Innova on and Design Centre: Case Study 1.” Spaces, People and Nature. Adobe Por olio. May 30, 2019. h ps://hyelim.mypor olio.com/woodinnova on-and-design-centre-case-study-1.

“PUU Wood-Magazine Presents Finnish Wood Architecture and Construc ons.” 2015. Issuu. Profile for Puu-leh / Wood Magazine / Holz Magazin / Bois Magazine. October 13, 2015. h ps://issuu.com/puuinfo/docs/puu_3_15_low/73.

“Wood Innova on and Design Centre | Ema Peter - Photos Naturally:Wood.” n.d. Naturally:Wood. Accessed September 6, 2021. h ps://www.naturallywood.com/resource/wood-innova on-and-designcentre/.

“WOOD INNOVATION AND DESIGN CENTRE - MICHAEL GREEN ARCHITECTURE.” n.d. MICHAEL GREEN ARCHITECTURE. h p://www.facebook.com/MGArch. Accessed September 6, 2021. h p://mgarchitecture.ca/work/wood-innova on-design-centre/.

“Wood Innova on Design Centre | MGA - Michael Green Architecture | Ed White - Photos.” n.d. Archello. h ps://www.facebook.com/archellocom. Accessed September 6, 2021. h ps://archello.com/project/wood-innova on-design-centre.

“Wood Innova on Design Centre / Michael Green Architecture | ArchDaily.” 2020. ArchDaily. ArchDaily. July 19, 2020. h ps://www.archdaily.com/630264/wood-innova on-design-centre-michael-greenarchitecture?ad_medium=gallery.

Graphic by Emil Blucker, et. al.

WOOD INNOVATION & DESIGN CENTER - MICHAEL GREEN WOOD INNOVATION & DESIGN CENTER - MICHAEL GREEN WOOD DESIGN - MICHAEL WOOD DESIGN - MICHAEL

28

h ps://www.architectmagazine.com/technology/architectural-detail/innova ve-detail-wood-innova on-and-design-centre_o h ps://issuu.com/faber673/docs/portafolio_termas_de_vals_ 27 h ps://www.bchousing.org/publica ons/IG-Energy-Efficiency-Houses-Climate-Zone-7B-8-North.pdf h ps://www.russwood.co.uk/cladding/products/scotlarch/

30

h ps://pbs.twimg.com/media/B6omZNmCMAA-Xoi.jpg 26

Allen, Edward, and Patrick Rand. 2016. Architectura Detailing. John Wiley & Sons.

Bizley, Graham. 2010. Architecture in Detail II. Routledge.

STUDENT PRECEDENTS STUDENT PRECEDENTS

Dweik, Rowaida, "Detailing & Construc on Documents; PK Arkitektar- Vaca on Co ages," Assignment 1C, Spring 2021