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The Richard J. Klarchek Information Commons at Loyola University
Chicago, Illinois
Buildings Home > Case Studies: Educational > Klarchek Information Commons

Structural Integration for Transparency and Energy Efficiency
by Gregory J. Lakota, SE, PE*

The Richard J. Klarchek Information Commons at Loyola University West elevationSituated on the only remaining open space along Lake Michigan at Loyola University’s Lake Shore Campus, maximizing views through the building was critical, but without increasing energy costs. Transparency and energy efficiency were the key focus for the collaborative design for this innovative bookless library.

Halvorson and Partners pushed their structural design to develop the thinnest profiled structure possible, to be visually exposed and allow maximum clear views though the building to the lake. The second key was integrating the floor structure into the building’s energy concept, by embedding radiant tubing in the structural floor – to cycle water through the structure to help radiantly heat and cool the building.

PEX radiant tubing extends from precast slabsAfter much investigation it was determined that post-tensioned cast in place girders and custom precast floor planks would optimally create the barrel vault framing system. This required careful integration of the full system – integrating and linking radiant PEX tubes embedded into the precast panels. (This is believed to be one of the first such applications of this system; it is traditionally used in fully cast in place system). Thanks to this system, and natural ventilation and a double-skin curtain wall, this LEED Silver building has used 60% less energy than ASHRAE standards since opening in January 2008.

The feature stairs are column free to further contribute to this goal of transparency in the building. Gravity columns were kept to minimal sizes within the central reading room. At the two ‘book-ends’ of the library, the lateral system was integrated with core features and services.

Due to its thoughtful integration of visual openness and energy efficiency, this project was awarded the 2008 Chicago Building Congress’s Merit Award. Thestructure contributed by integrating elegantly and simply to the project goals.

*Gregory J. Lakota, SE, PE
Principal
HALVORSON AND PARTNERS

Richard J. Klarchek Information Commons Picture Gallery
Level 2 Plan
Level 2 Plan
vault slab section showing radiant tubing
Typical precast barrel vault slab section showing radiant tubing
Columns and PT girders Installing exterior wall support framing
Columns and PT girders Installing exterior wall support framing
Formwork for curved girders Reinforcement for curved girders
Formwork for curved girders Reinforcement for curved girders
Barrel vault plank being set at level 2
Barrel vault plank being set at level 2

 


Case Studies:

Cultural Buildings
Educational Institutions
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Owner: Loyola University

Architect: Solomon, Cordwell, Buenz

Structural Engineer: Halvorson and Partners

MEP: Elara Engineering

Climate Engineer: Transsolar Klima Engineering

Contractor:
Pepper Construction

 


 
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