TRAC Museum CS
Christine Schorr - U49138083 Design Development S2015 Kawaramachi-Sanjo, Kyoto, Japan Advanced Design A - Michael Halants
...remember the journey.
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Table of contents Analysis Structure Mechanical Plumbing Fire Protection Electrical Circulation Details
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Analysis
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Structure
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mechanical
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Plumbing
Entrance Inside/Outside Context Environment/Climate Site Plan Proposal
Systems Slab - Column - Beam Curtain Wall
Systems Distribution Area Horizontal Vertical Cost Consideration
Systems Distribution Area Horizontal Vertical
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Systems Distribution Area Horizontal Vertical
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Systems Distribution Area Horizontal Vertical
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Fire Stair Elevator Shaft(s) Main Auditorium Access Vertical
Fire Protection
Electrical
Circulation
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details
Roof - Wall Juncture Exterior Building Corner Entry Details Window Details Door Detail Roof Design Element - Roof Garden
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Analysis - Site Description Construction Occupancy Zoning Location Existing Area Overview
Analysis - Climate
Weather Solar Wind Precipitation Temperature
Analysis - Proposal
Project Name Program Featured Artists Number of Stories Height Squarefootage Project Description
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analysis - Site Description
Japan
Kyoto, Japan
Kawaramachi, Kyoto, Japan Area Overview Kawaramachi-Sanjo, Kyoto, Japan
Construction: Occupancy: Zoning:
Type III Business Commercial
Location: Address:
Corner of Sanjo-Dori and Kiyamachi Street
Latitude: Longitude: Time Zone: Altitude:
35.009053 N 135.770625 E JST +9h 47m
Lot Area:
4410 sqft
Existing Building: Current: Stories: Height:
Mixed Use Commercial/Hospitality/Retail 9 108 ft.
Existing Building from Times I
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Kawaramachi-Sanjo is an area in Kyoto, Japan that is filled with tourist attractions and hotels, with a main focus upon the presence of the Takase and Kamo Rivers which provide scenic views and focal points for it’s surrounding structures. Although the Takase River is small and shallow, the sound of the water gives this area of Kyoto it’s own decadence, and has become an important feature for new construction. Tadao Ando constructed the Times I & II Building(s) located directly across Sanjo-Dori from this site, the first of it’s kind to truly engauge the small river, and has since opened new opportunitites for buildigns to embrace the tiny canal.. This museum takes the idea of sounds and water to a new level, utilizing the river as a focal point for experiential dining opportunities and ambiance.
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Analysis - climate Solar Wind Precipitation Temperature
Climate Description Due to Japan’s central location in the Northern Hemisphere, Kyoto, which is located in central Japan roughly 8 hours (by bullet train) to the South of Tokyo, Kyoto experiences mild climates for the majority of the year. Cool winters and warm to hot summers allow for The TRAC Museum to be designed with minimal window coverings or need for heavy insulation. The lack of snow allows for a thin rooďŹ ng system which will be discussed later in this pamphlet.
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Kyoto, Japan
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Analysis - Proposal
Project Name:
Takase River Art Center (TRAC Museum)
Program:
Art Museum Galleries Workshops Dark Rooms Administration Cafe Auditorium
Featured Artists:
Motohiko Odani Yayoi Kusama Motoi Yamamoto Kohei Naha
Number of Stories: Height: Auditorium sqft: Cafe sqft: Museum sqft: Total Square footage: Project Description:
13 178 feet ` 3,450 sqft 2,400 sqft 51,380 sqft 57,330 sqft The TRAC Museum is a public art museum featuring local Japanese artists. The installations are permenant thus requiring speciďŹ ed spaces for each art type.
Site - Existing
Ando Times I & II
Takase River
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Structure - Over view
60” Slab Columns 32” W-Flange Columns 15’ o.c. 40” Concrete Fire Proof Casing Beams 32” W-Flange Beams 15’ o.c. 40” Fire Proof Casing
Structure - Foundation - 60” Floor Wall Slab Floor ComFlor (CF60) Wall Allied Make Curtain Wall System
Structure - Connection detail
ComFlor (CF60) + Allied Make Curtain Wall System
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Structure - over view Foundation 60” Slab Columns 32” W-Flange Columns 15’ o.c. 40” Concrete Fire Proof Casing Beams 32” W-Flange Beams 15’ o.c. 40” Fire Proof Casing
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Structure - Foundation - floor - wall Foundation Slab -35’ Elevation from Grade 60” Foundation Slab Floor ComFlor (CF60) Curtain Wall Allied Make Curtain Wall System Double Paned Self-Ventilated
ComFlor (CF60) Composition ComFlor 60 composite floor profile offers the ultimate in lightweight steel decking for all multi-rise buildings. It combines exceptional spanning capabilities with reduced concrete usage to provide a costeffective and attractive floor solution that is easy to install. Ease of Use Threaded Wedge Nut Fittings are easily installed for the suspension of pipes, HVAC and drop ceilings. Installation includes a dovetail fitting to be inserted into the gap underneath the flooring.
Mounting Bracket
Practical Application
60” Slab Foundation Reinforced Concrete Slab. Concrete encased 32” W-Flange columns are secured to the slab by a steel mounting bracket.
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Because ComFlor 60 is lightweight and can span large areas, this flooring type is perfect for large high rise buildings with large loads. Any and all finishes can be mounted on top of cured concrete for a diverse range of uses and aesthetic details.
Allied Make Curtain Wall System Allied Make is a company who’s logo reflects their mission statement: “Fixing Technology”. This intuitive Curtain Wall System behaves as its’ own structure, securely anchoring to adjacent non-connective floor plates with their innovative adjustable anchoring bracket. This works well with the ComFlor 60 flooring due to its’ available edge trim feature to cap unsightly edges and create a clean surface for the Allied Make Curtain Wall System to firmly attach onto.
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Heat Gain Section Allied Make has progressed one step further with “Fixing Technology”. This curtain wall system is available with a double pane option shown (Left) with operable vents within the system itself to regulate heat gain. While the entry to this museum is to the south, an emphasis must be placed upon heat gain to the main entry, as well as the Eastern facades.
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MEchanical - overview Rooftop
Dual Cooling Towers TRANE Series Quiet Generator Generac Diesel 1000kW
auditorium Typical
Typical Service to 3 - 5 oors Typical VAV
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MEchanical - overview Repeating Floor Plates Typical 3 - 5 oors Repeating Offices Typical VAV
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MEchanical - Dual rOOF tOP COOLING TOWERS AND GENERATOR
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Dual Cooling Towers TRANE Series Quiet High Capacity High Efficiency Lower Profile Roof Top Accessible Behind Louvered Wall at Roof Terrace 13 F Generator Generac Diesel 1000kW StandBy Power Rating 1000kW 1250 kVA 60 Hz
Trane Series Quiet Series Quiet Stainless Steel towers are factory assembled, crossflow cooling towers, designed to serve air conditioning and refrigeration systems as well as industrial process loads and power applications on clean water. The Series Quiet has been designed specifically for sound control, and tonnage density, and represents the current “state of the art” in this cooling tower category. The cooling towers will be located directly behind the architectural louvered wall to be hidden from view, so the sound here is most important aspect to consider. Locating these towers directly adjacent to the roof terrace and sculpture garden, which will be the first experience in this museum, the acoustical value of these units were most important to consider. Although these units are slightly more expensive in their respective category, paying a higher cost to reduce sound and increase efficiency affected this decision the most when choosing the correct unit to accomidate the space.
Generac Diesel 1000kW StandBy Generator Providing the industry’s most comprehensive line of emergency standby, industrial prime or peak shaving power systems in any imaginable configuration. This generator is perfect for The TRAC Museum because of its reliability, small footprint, high efficiency and relatively low cost for this type of equipment. Although this generator is enclosed behind an architectural accent wall, it’s sleek design and stainless finish fit flawlessly within the aesthetic bounds of this project.
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MEchanical - auditorium Auditorium 160 seats 30 CFM per occupant 4800 CFM required - Supply 3840 CFM - Return 960 CFM - Exhausted
TRANE Performance Climate Changer
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TRANE Performance Climate Changer 5000 CFM Air Handling Unit fits well with The TRAC Museum. This highefficiency unit is capable of handling the large 160 seat auditorium (left) and 3 to 5 floors for a typical HVAC layout (right). The smaller footprint and extended power of this unit simplify the process of finding space for the Mechanical work on all floors.
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MEchanical - Typical
Service to 3 - 5 floors 4000 CFM AHU 300 - 500 CFM Supply System 500 CFM Return System Single Duct VAV for Office Spaces 20 - 60 CFM Supply System
Typical VAV - VariTRANE Single Duct
VariTRANE Single Duct VAV Unit VariTRANE Single Duct VAV Unit Typical for Director’s office and Conference Room. This unit will allow the Director, Curators and Museum Staff to control the airflow to their individual offices for customized comfort.
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Plumbing - overview Stacked Bathrooms Typical Fire Protection - Wet
main hookups Main Hookup to City Water Main Sanitary out Fire Protection - Wet
Typical Typical Bathroom Layouts Rheem Tankless Water Heater Vertical Vent Stack 1/4� per foot slope Sanitary Drain - Out to Sewer Fixtures Piping Diagram Roof Drain Vent Stack Exhaust
Fixtures
Toilet Urinal Sink Faucet Drains
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Plumbing - Overview
Stacked Bathrooms Vertical Plumbing Routes Typical Fire Protection - Wet Closed Loop
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Plumbing - Main hookups Main Hookup to City Water Main Sanitary out Fire Protection - Wet
Main Hookup Water Main from city is located under the sidewalk to the South, on the North side of Sanjo-Dori. The drawing above shows both hook ups to city water: the Museum water main, and the Meter for the Fire Protection System, which runs directly into the Jockey Pump to service all oors. Each connection includes a Rubin Cold Water Meter that is read remotely by the city.
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Plumbing - Typical
Typical Bathroom Layouts Auditorium + Canal Levels Rheem Tankless Water Heater Vertical Vent Stack 1/4� per foot slope Sanitary Drain - Out to Sewer
Rheem Tankless Water Heater
Roof Drain Vent Stack Sanitary - Out
Tankless Hot Water Tankless Heater Hookup Water Main - In Floor Drain Domestic Hot Water Domestic Cold Water
Typical Layout A typical layout for bathroom design was used here in order to simplify plumbing, piping and exhaust work. This layout is typical for the Auditorium and Cafe Levels of The TRAC Museum.
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Plumbing - TRAC Museum Typical Fixtures Typical Piping Diagram Roof Drain Vent Stack Exhaust
Kessel Low-Pro Roof Drain The Northern half of the roof has been dedicated as a roof terrace to capture beautiful views of Kyoto. Kessel’s Low-Pro Roof Drain is perfect to nestle between shrubs and other landscaping keeping them functional but also out of sight. (Detail section of roof drain is made by the same company but is not the low-pro drain pictured below. It is for diagramming purposes only.)
Vent Stack Tankless Hot Water Landscaping Roof Drain Domestic Cold Water Domestic Hot Water Water Main - In Sanitary - Out
Stacked Bathroom(s)
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By keeping the restrooms servicing all three portions of the program within a particular area of the building, the piping layout strategy became a series of vertical pipes circulating the water from one oor to the next. This also allowed for all drains, stacks and sanitary lines to be run down and out of the building in an orderly manner. Fixtures were then chosen to compliment the orthagonal layout of the design and piping scheme.
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Plumbing - fIXTURES
Fixtures Kohler - Sinks and Faucets Meiywin - Urinals Toto - Toilets Drainage MIFAB Floor Drains
TRAC Museum Fixture Selections The TRAC Museum parti was meant to be orthogonal and bold, and therefore the fixtures should reflect on that as well. Toto is a Japanese company specializing in innovative toilets, bidets and bathroom fixtures which are seen everywhere throughout Japan. Appropriately a clean-lined rectangular toilet and sink (Kholer) complete the idea, while a more organic urinal (Meiywia) were chosen to compliment the ridgidity of the other appliances selected.
MiFab Stainless Floor Drain Used in showers, kitchens, restrooms, and other nonmembrane finished areas. Square adjustable stainless steel strainer is used for floors that are finished of material or straight line patterns. To keep with the modern orthogonal design of The TRAC Museum, a square, stainless drain was chosen for the bathrooms throughout the building.
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Fire Protection - Overview wet typical Dry Typical
Two Systems Fire Protection - Wet Fire Protection - Dry
Recessed Side Mount Wet Sprinklers Over Head Upright Sprinklers
Typical Layout(s) Types of Gas Recessed Side Mount Dry Sprinklers
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Fire Protection - Overview Two Systems Fire Protection - Wet Fire Protection - Dry
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Fire Protection - wet typical Recessed Side Mount Sprinklers Over head Upright Sprinklers
Section Detail Side Wall Recessed
Viking Upright and Recessed Fire Protection System
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Viking Recessed Side Mount Sprinklers and over head Upright Sprinklers make up this Wet Fire Protection System. Viking is a reliable brand that makes all of the Fire Protection Sprinkler fittings that the TRAC Museum needs. Their Recessed wet fittings are a simple, sleek, minimal design that is easy to conceal, making the fire system more aesthetically pleasing, blending into the wall as opposed to protruding from the walls or drop ceiling. The overhead upright sprinklers are available in white, with white piping are located over major circulation points to emphasize the path and original parti-idea of “journey”.
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Fire Protection - wet typical Recessed Side Mount Sprinklers Over head Upright Sprinklers
Viking Side Mount Fire Protection System
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Viking Upright Fire Protection System
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Fire Protection - dry typical Typical Layout(s) Sea-Fire Dry Fire Suppression
Wet Service to Fire Stair Water - In Fire Hose Hookup Dry System Piping Viking Side Mount Dry Sprinkler 1
Sea-Fire Dry FM-200 Typical Museum Floors
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Sea-Fire Dry FM-200 Typical Dark Rooms
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Fire Protection - dry typical Recessed Side Mount Sprinklers
Viking QR Recessed Flush Dry Sprinkler Fixture
Sea-Fire Dry FM-200 Fire Suppression System Sea Fire Dry FM-200 is a new type of Dry Fire Suppression released earlier this year. FM-200 is a new gaseous vapor that was developed for the use of fire suppression on boats, and has now been approved for use in buildings. This system is perfect for The TRAC Museum because SeaFire has replaced Halon with FM-200 which is safe for people and does not leave behind oily residues, percipitates or water, a major improvement from other gasses. The main concern here is the safety of occupants, hence the use of a non-toxic fire suppressing agent. Secondly, the protection of the art and building itself: less damage via fire and its suppressant means less cost to refurbish or remake portion(s) of the building and/or extremely valuable works of art.
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Viking Recessed Side Mount Sprinklers and over head Upright Sprinklers make up this Dry Fire Protection System. Viking is a reliable brand that makes all of the Fire Protection Sprinkler fittings that the TRAC Museum needs. Their Recessed dry fittings are a simple, sleek, minimal design that is easy to conceal, making the fire system more aesthetically pleasing, blending into the wall as opposed to protruding from the walls or drop ceiling. Seen left, the Dry Fire Protection System only runs throughout the Museum portion to protect the art installations. You can see from the diagrams that a closed loop wet system still services the fire stairs. On previous pages you can also see the wet system servicing the Administrative, Cafe and Auditorium floors.
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electric - Overview 1F Terrace Level Plan
Location Connection to City
Dry Type Transformer Electrical Panels Location of Electrical Room In Relation to Jockey Pump
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Electrical room 1f terrace level Transformer Connection to City 3 Panels per floor 2” Conduit
Generator
3 Panels per floor Connection to City Transformer 1F
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Electrical room 1f terrace level Transformer 3 Panels - per floor 120V / 240V / 480V 2” Conduit Relation to Jockey Pump - Plumbing
Dry Type Transformer 2” Conduit Connections Connects Directly into Generator on Roof Connects Vertically to all junction boxes
Electrical Meter Remotely read by city
Electrical Panel(s) 3 Panels per Floor 120V 240V 480V
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Electrical room - PLan
Location of Electrical Room in Relation to Jockey Pump Electric Hook Up and Service Wet Room Layout Electrical Room Layout
Director’s Suite
Electric Hook up and Service The Wet Room and Electrical Room are separated to ensure safety. Both are located at the Terrace Level directly behind the check in desk in The TRAC Museum to allow for ease of service should a problem arise. The Meter for the electrical system is located in the Electrical Room next to the Dry Type Transformer, and is monitored remotely. The 120V, 240V and 480V Electrical Panels are located on the outside wall of the Elevator shaft on every oor and enclosed either by a separate room or small electrical closet for ease of access, service and prevention from access by guests to The TRAC Museum, Cafe and Auditorium.
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Wet Room 1. Jockey Pump 2. Supply from Street 3. Access for Service 4. Drain
Staff Break Room
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Electrical Room 5. Dry Type Transformer 6. 120V Panel 7. 240V Panel 8. 480V Panel 9. Electric Meter
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Elevator Shaft
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Flip up access point
Admin Counter
Entry From Street
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Circulation Overview
Location Notation
Fire safety
Location Emergrncy Exits
Fire stair detail Materials Connections
elevator shaft Location Doors
Main Circulation Focus on the Journey pedestrian street level Continuity Connection
secondary entry Japan Inspired
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Circulation Overview Location Notation
Fire Stairs
Elevator Shafts
Primary Circulation
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Circulation - Fire safety Fire Stair Location Emergency Exits
120’ ÷ 2 = 60’ Apart
Escape Route from South
Sanjo-Dori
Pedestrian Alley
Escape Route from North
Escape Route from Cafe and Auditorium
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Circulation - Fire Stair detail Materials Connection Structure
Fire Safety Stairs Finish Material - Concrete Floor Slab W-Flange Structure Drop Ceiling - Gypsum Board Metal Stair
There are two Fire Safety Stairs 60 feet apart (half of the diagonal of the site) in The TRAC Museum. The Fire Stair located in the Southern portion of the building services the Museum portion of the building while the stair to the North services all oors. The Cafe and Auditorium are also serviced by an external stair as an additional escape route to the East of the building adjacent to the Takase River waterfall feature.
Metal Handrail Refuge Area
Fire Stair Wet Suppression
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Circulation - Elevator Shafts Service to Museum Floors Service to Cafe and Auditorium Hydronic Lifts - 2
Elevator Doors Visually simple doors are appropriate for The TRAC Museum so that the focus is not taken away from the art. Elevators are accessable but hidden from plain sight encouraging the use of the main circulation path.
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Service to Museum Floors only Service to all oors
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Circulation - Primary museum circulation Focus on the Journey
Concrete Stair The main circulation stair in The TRAC Museum is composed of poured-inplace polished concrete due to high foot traffic. Pouredin-place concrete stairs are extremely sturdy and are easy to repair and do not need supplemental bracing such as a precast stair would need.
Concrete Stair Structure Detail
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Circulation - pedestrian at street level Continuity Connection Unobstructed
Connectivity The TRAC Museum is located in the middle of the pedestrian heavy Kawaramachi-Sanjo, Kyoto. Keeping the ground level oor open as a passthrough for travelers was an important decision when designing a building appropriate for this site.
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Circulation - Secondary entry Cafe / Auditorium Entry Takase River Falls Water Feature
Calais Sheer Falls
Japan Inspired The Japanese Culture uses all five senses in nature to enrich the experience of a particular space. Sound plays an incredibly important role in Japanese Gardens, and water is often used. While keeping in mind the flow of pedestrians through this site, a water feature has been added to further take advantage of the adjacent Takase River to enhance the experience of the pass-through at ground level and sunken river level Cafe. While using the water from the actual river would be complicated and expensive, a series of Calais Clear Acrylic Sheer Falls Water Wall Units are used to create the illusion of an over flowing Takase River, and also create the beautiful sound of falling water for Cafe guests and surrounding pedestrians.
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Additional Required Details Roof entry lobby Exterior Corner Additional Detail
Roof Garden Parapet
Door Detail Curtain Wall Detail
Interior Materials Curtain Wall Corner
Glass Handrail
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details - parapet Roof Detail Roof Garden Parapet
Parapet - Surrounding Mechanical Equipment R
StoTherm® c.i. XPS
Detail No.: 25.64
Roofing Termination at Parapet
Date: March 2014
Notes: Cap flashing
Flexible membrane
Blocking
EIFS cladding Sto Guard® Waterproofing/Air Barrier
Roof Garden - Northern Third
StoGuard detail component
Structure
EIFS cladding
1] Detail shows the termination of Sto EIFS over a roof membrane on the back side of a parapet. 2] Maintain a continuous plane of air tightness between the vertical elements of the Sto Guard® and the roof membrane with a roofing tie-down bar or other method as recommended by the roof membrane manufacturer. 3] StoGuard detail component options: a) StoGuard RapidFill b) Sto Gold Fill and StoGuard Mesh c) Sto Gold Coat with StoGuard Fabric
StoGuard detail component
Tie-down bar
Roof membrane
Roof structure
Property of Sto Corp. All Rights Reserved.
ATTENTION
IMPORTANT: Components not identified as Sto are furnished by other manufacturers and are not necessarily installed by trades who install the Sto products. Refer to project specific contract documents.
www.stocorp.com
Sto products are intended for use by qualified professional contractors, not consumers, as a component of a larger construction assembly as specified by a qualified design professional, general contractor or builder. They should be installed in accordance with those specifications and Sto’s instructions. Sto Corp. disclaims all, and assumes no, liability for on-site inspections, for its products applied improperly, or by unqualified persons or entities, or as part of an improperly designed or constructed building, for the nonperformance of adjacent building components or assemblies, of for other construction activities beyond Sto’s control. Improper use of Sto products or use as part of an improperly designed or constructed larger assembly or building may result in serious damage to Sto products, and to the structure of the building or its components. STO CORP. DISCLAIMS ALL WARRANTIES EXPRESSED OR IMPLIED EXCEPT FOR EXPLICIT LIMITED WRITTEN WARRANTIES ISSUED TO AND ACCEPTED BY BUILDING OWNERS IN ACCORDANCE WITH STO’S WARRANTY PROGRAMS WHICH ARE SUBJECT TO CHANGE FROM TIME TO TIME. For the fullest, most current information on proper application, clean-up, mixing and other specifications and warranties, cautions and disclaimers, please refer to the Sto Corp. website, www.stocorp.com.
1/2"
Resistant to high wind loads and heavy rains. Double paned for less heat gain. Vertical Mullions on entry curtain wall(s) are thicker (2’) for structural support and large steel C-channel supports the front door opening.
163-015 HEAD
1 1/4"
DETAIL 1
2 1/2"
162-006 COVER
163-317 PRESSURE PLATE
163-011 1" GLASS STOP
F.H./M.L.
O.D.
HEAD
163-312 SHEAR BLOCK
R.D.
1" INFILL
DLO
128-293 #12 X 5/8" AB PHTF
128-394 #12 X 1 7/8 B PHTF
162-327 "F" ANCHOR or
6"
162-328 "T" ANCHOR
162-327 "F" ANCHOR or
DLO
162-328 "T" ANCHOR
DETAIL 3 R.D.
163-017 SILL
163-317 PRESSURE PLATE
F.H./M.L.
O.D.
SILL
162-006 COVER
162-021 OPEN BACK FILLER (DASHED)
1" INFILL 2 1/2"
163-312 SHEAR BLOCK
128-293 #12 X 5/8" AB PHTF
128-394 #12 X 1 7/8 B PHTF
163-314 PERIMETER FILLER
163-200 MULLION
6"
Entry Door Curtain Wall
Kawneer -1600 Curtain Wall System
1 1/4"
details - entry
1/2"
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2 1/2"
DLO
1 1/4"
1/2"
R.D.
F.W.
O.D.
DETAIL 4
JAMB
1" INFILL with IsoStrut Mullion
Dancor Facades MB-DPA Slider Automatic Sliding Door System developed for high useage and reliability. Thermo-Insulated for minimal heat gain. A 2.5’ Steel C channel is inserted into the Curtain Wall system for structure.
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Stacked Stone Veneer Detail
details - lobby Interior Materials
Wall to Ground Detail
Concrete Slab Detail
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details - Exterior Corner Curtain Wall Corner
Kawneer - 1600 Series Corner Detail 1. Decorative Metal Panel 2. Not Insulated 3. Vertical Mullion 4. Cap Cover 5. EPDM Gasket 6. Metal Bolts
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details - handrail
Blade Glass Series Handrail
Blade Glass Series Handrails Blade Glass Series Handrails are chosen for The TRAC Museum. The sleek and modern design along with minimal hardware make this an easy choice for unobstructed views of Kawaramachi-Sanjo, Kyoto and the Taskase River.
TRAC Museum CS
Christine Schorr - U49138083 Design Development S2015 Kawaramachi-Sanjo, Kyoto, Japan Advanced Design A - Michael Halants