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Company iMIS IdImage Count
Museum of Fine Arts, Houston - Glassell School of ArtHouston, TX2202934
Photo
 
 
 
 
Proj Overview

Project Overview

The new Glassell School of Art building in Houston, Tex., is itself a work of art. The defining geometry, sloping plane, and elegant use of light and space all come together in a structure that will be an anchor for theHouston community.

Much of the design was made possible through the use of precast concrete, says Olaf Schmidt of Steven Holl Architects. “The precast concrete structural elements hold up the floors and define the exterior, incorporating the angle of the main incline.”The precast concrete facade design alludes to the adjacent sculpture garden walls created by Isamu Noguchi, noted artist and landscape architect. “The simple planar structural pieces of the sandblasted precast concrete plane give character to the inner spaces of the building in the spirit of simplicity and directness,” Schmidt says. 

Flexibility and control

From a structural perspective, the main challenge on the project was to ensure continuity between the different types of structural components. The building’s geometry is characterized by individual panels that rotate, twist, and incline to varying degrees at random locations, requiring detailed attention to the load path. “The precast concrete walls allowed for preciselyprefabricated load-bearing walls whose finish could be closely controlled and was therefore consistent for the entire building,” Schmidt says.

The use of precast concrete also allowed for the minimization of wall thickness in some key locations and provided control over placement of the reinforcing steel. Connections between precast concrete panels; cast-in-place, mild steel-reinforced concrete, hollow-core planks; and post-tensioned concrete are located throughout the structure. “Ensuring that forces transfer properly from one component to another was critical for the structure as a whole,” Schmidt explains.

Precast hollow-core concrete planks frame the floor systems and span between the cast-in-place concrete perimeter beams. “These made a relatively lightweight, long-span floor framing system possibleup to 40-ft-long spans with a depth of only 16 in.—and were surprisingly flexible, allowing for embedded systems and field-installed penetrations,” Schmidt says.

The wall panels vary in size and geometry and are spaced along the perimeters so full-heightglazed panels couldbe installed between adjacent precast concrete panels. This structureof alternating concrete panels and large, translucent panels exposes the internal art studios to diffuse natural light while achieving a distinct external design that draws in passersby. “The precision of the precast concrete panel design allowed for the simultaneous fabrication of the glass windows based on drawings rather than field measurements” Schmidt notes. Thepanels all touch each other due to the placement of the glass; therefore, once set, each panel had to be braced and set with a “ring beam” on top. 

Schmidt emphasizes that the flexibility and performance of precast concrete made the design possible. “Precast concrete for the exterior structure provided a superior finish and consistency over cast-in-place concrete,” he states.

 

Awards
2019 Design AwardsGovernment and Public Buildings Award
Project Team

Owner

Museum of Fine Arts, Houston, Tex.

PCI-Certified Precast Concrete Producer

Gate Precast Company, Hillsboro, Ala.

Gate Precast Company, Pearland, Tex.

Precast Concrete Specialty Engineer 

Stehler Structural Engineering, St. Paul, Minn.

Aykut Cetin, PE, Scottsdale, Ariz.

Architect 

Kendall/Heaton Associates, Houston, Tex.

Design Architect

Steven Holl Architects, New York, N.Y.

Design Structural Engineer

Guy Nordenson and Associates, New York, N.Y.

Engineer of Record 

Cardno Structural Engineering, Houston, Tex.

PCI-Certified Erector

Precast Erectors, Inc., Hurst, Tex.

General Contractor

McCarthy Building Companies, Houston, Tex.

Photo Credit

Kendall/Heaton Associates and Photography at Richard Barnes/2018

 

Key Project Attributes

  • Each panel was a true structural member cast 12 in. thick with 100% face mix.
  • The longest spans were nearly 45 ft. in length, with nearly all pieces angularly cut to fit the structure.
  • Precasting allowed for precisely prefabricated-load bearing walls whose finish could be closely controlled.

Project/Precast Scope

  • Design and construction of a three-story art school building with two additional floors of below-ground parking.
  • The project included 188 unique architectural/structural panels and 536 pieces of hollow core planking ranging in thickness from 8 to 16 in, with the longest being nearly 44 feet.
  • Off-site precasting meant each floor could be erected in less than one week.
  • Project cost: N/A
  • Project size: 93,000 ft2
alt="Richard Barnes / 2018"
alt="Kendall/Heaton Associates"
alt="Kendall/Heaton Associates"
alt="Kendall/Heaton Associates"