A comprehensive analysis of a number of different elements in SANAA's Toledo Glass Pavilion ranging from heat distribution to the underlying concepts of Japanese architecture inspiring some of the ...
A comprehensive analysis of a number of different elements in SANAA's Toledo Glass Pavilion ranging from heat distribution to the underlying concepts of Japanese architecture inspiring some …Description complète
A comprehensive analysis of a number of different elements in SANAA's Toledo Glass Pavilion ranging from heat distribution to the underlying concepts of Japanese architecture inspiring some …Full description
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Glass Pavilion: Toledo Museum of Art
Toledo, Ohio December 11th, 2006 Owner: Matt Goodman Architect: Mike Muehrer Structural: Mike Luther MEP: Jennifer Hesson Construction: Kelly Greuel
Toledo, Ohio • Birthplace of Glass Art Movement • Edward Libbey • 1930’s 10,000 Unemployed
The Glass Pavilion • Built on Parking Lot
and Greenery • $30 Million
• Cleaning
"The design is about carrying along the museum's tradition of being open and transparent to the public." — Kazuyo Sejima, lead museum architect, SANAA
Why Glass? (Brief History) • 1895 Edward Drummond Libbey & Michael Owens •Toledo Glass Company: Manufactured light bulbs in conjunction with General Electric •Owens-Illinois Glass Company: Largest producers of glass bottles in the nation
Museum addition will house many of the museums glass exhibits
Design Considerations •Preserve surrounding trees that are up to 150 years old •Style of museum addition must fit the nearby Victorian-style housing district
•Glass Pavilion design needed to compliment Frank Gehry’s University of Toledo’s Center for the Visual Arts
Sejima and Nishizawa and Associates Ltd. Kazuyo Sejima Ryue Nishizawa
•Established in 1995, but still maintain independent practices •Contemporary “futuristic style” •Majority of projects are art galleries / museums •Incorporate natural elements: sunlight, space / openness and simplicity -Use transparent and translucent materials •The Glass Pavilion in Toledo was their first project outside Japan!
Current Projects
Zollverein School of Design, -Essen, Germany New Museum of Contemporary Art -New York City
Institute of Modern Art -Valencia, Spain
Structural Structural Engineer – Guy Nordenson and
Associates
Consulting Structural Engineer – Sasaki and Partners
http://www.nordenson.com
Columns and Roof • Steel columns 3.5 in and 4.25 in diameter • Columns pinned at ceiling • Girder positioned to follow columns
Lateral Support • 3 braced frames
below the roof deck • Oval room enclosed in steel plate
Mechanical Systems • Main Issues: – Glass walls from floor to ceiling • Ornamental steel stands for controls, switches, and humidity
sensors
– Continuous concrete slab floor • 500 separate penetrations in slab for air ducts, wiring, and
sprinkler system
– Neighbors can see roof • By request, no
mechanical equipment could be placed on roof
Recovery and Reuse System • Diverse needs for heating and humidity – Delicate artwork – 2000 F furnace
• Bubbles within bubbles
help heat regulation • Specially designed curtains play a key role in controlling temps
Environmental • Site is located in historical area – Victorian-style housing district – Dense growth of 150-year old trees
Construction •General and Concrete Contractor: Rudolph/Libbe Inc. •Project Manager: Lowell
Metzger •Completed multiple museum
projects •20th Project completed for
Toledo Museum of Art •Oversaw 47 subcontractors “Toledo Museum of Art: The Glass Pavilion.” 2005.
Construction Fabrication of Glass Panels: •Fabricated in China •Each panel was placed into a
custom metal frame •Heated in an oven until the
panels relaxed into the desired curve needed •Interior: 91 flat panels
129 curved panels •Exterior: 92 flat panels
30 curved panels.
Bacon, Sheila. “Through the Looking Glass.” What W e Build. September/October 2006.
Placement of glass panels: • Built from the inside out • Required Blueboard insulation and protective
tape • Two crews worked on placement • Embedded floor and ceiling tracks were installed • Specially fabricated forklift and crane were used
Construction • Preplanning was • • • •
extensive Weekly meetings held Metric and English units were watched carefully 2.44-meter by 2.44-meter grid system Precision was KEY!
Bacon, Sheila. “Through the Looking Glass.” What We Build.