Villanova University Davis Center for Athletics & Fitness
       
     
Entrance Facade (East)
       
     
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Entrance Canopy
       
     
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P1010013.JPG
       
     
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Fitness Center Reception
       
     
 The fitness center's floor is suspended from heavy steel trusses. This allows for a clear span over the gymnasium on the level below the fitness center. The tensile members which support the floor are of threaded rod with a clevis & cotter pin c
       
     
Truss Suspended Mirror Wall
       
     
Villanova University Davis Center for Athletics & Fitness
       
     
Villanova University Davis Center for Athletics & Fitness

Constructed in 2007, this 18 million dollar, 55,000 square foot facility houses two practice gymnasiums, offices, & support spaces for the university's basketball program. The third floor consists of an aerobics and fitness center for all university students' use. In this team project, Ben Nicholson was responsible for much of the facade, massing, and entrance canopy design work. while employed at Mark B. Thompson Associates. Ben also performed extensive construction document production and construction phase work.

Work done with Mark B. Thompson Associates. The Architect of Record is Mark B. Thompson

All photos by Ben Nicholson

Entrance Facade (East)
       
     
Entrance Facade (East)
P1010019.JPG
       
     
Entrance Canopy
       
     
Entrance Canopy

The Entrance Canopy is composed of a tension supported, radially projecting, steel structure with a translucent panel roof.

P1010001.JPG
       
     
P1010013.JPG
       
     
P1010002.JPG
       
     
Fitness Center Reception
       
     
Fitness Center Reception
 The fitness center's floor is suspended from heavy steel trusses. This allows for a clear span over the gymnasium on the level below the fitness center. The tensile members which support the floor are of threaded rod with a clevis & cotter pin c
       
     

The fitness center's floor is suspended from heavy steel trusses. This allows for a clear span over the gymnasium on the level below the fitness center. The tensile members which support the floor are of threaded rod with a clevis & cotter pin connection to curved steel plates. We (the team at MBTa) worked closely with the structural engineering firm to execute this detail.

Truss Suspended Mirror Wall
       
     
Truss Suspended Mirror Wall

The weight lifting area required a wall of mirrors but was located where there were no walls. Ben Nicholson designed a suspended mirror wall set between and clasped to two of the tensile members. The resulting suspended plane allowed for mirrors but also does not enclose or split the fitness center's space plan in the way a simple wall would.