The Stockton, originally a 252-room hotel built in 1910 and listed on the National Register of Historic Places, lay vacant for 20 years due to cost-prohibitive and function-prohibitive rehabilitation designs by other engineers. Miyamoto’s High-Performance Earthquake Engineering approach made this adaptive re-use project viable, preserving the integrity of the historic structure, while providing new office and retail spaces along with affordable senior housing units.
The seismic technology employed by Miyamoto provided more than a 20% reduction in story drift, protecting existing brittle materials and reducing member stresses to nearly elastic levels. Building performance was upgraded from potential collapse to near immediate occupancy after a major seismic event. Miyamoto performed nonlinear dynamic analyses and designed seismic shock dampers and fiber reinforced polymer composites at the first story level to reduce seismic demand, producing a very economical rehabilitation cost of $9/SF. The innovative rehabilitation of this city’s iconic hotel won many awards.
2007 California Preservation Foundation Design Award for Rehabilitation
2005 Certificate of Recognition of Preserving and Restoring the Historic Landmark, California State Assembly
2005 Excellence in Structural Engineering Awards, Special Use Structures, SEAOC (Structural Engineers Association of Central California)
2005 Best Historic Rehabilitation, Affordable Housing, National Housing & Rehabilitation Association
2005 Honorable Mention, Affordable Housing Tax Credit Coalition
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145,000 SF
Stockton, CA
The Stockton, originally a 252-room hotel built in 1910 and listed on the National Register of Historic Places, lay vacant for 20 years due to cost-prohibitive and function-prohibitive rehabilitation designs by other engineers. Miyamoto’s High-Performance Earthquake Engineering approach made this adaptive re-use project viable, preserving the integrity of the historic structure, while providing new office and retail spaces along with affordable senior housing units.
The seismic technology employed by Miyamoto provided more than a 20% reduction in story drift, protecting existing brittle materials and reducing member stresses to nearly elastic levels. Building performance was upgraded from potential collapse to near immediate occupancy after a major seismic event. Miyamoto performed nonlinear dynamic analyses and designed seismic shock dampers and fiber reinforced polymer composites at the first story level to reduce seismic demand, producing a very economical rehabilitation cost of $9/SF. The innovative rehabilitation of this city’s iconic hotel won many awards.
2007 California Preservation Foundation Design Award for Rehabilitation
2005 Certificate of Recognition of Preserving and Restoring the Historic Landmark, California State Assembly
2005 Excellence in Structural Engineering Awards, Special Use Structures, SEAOC (Structural Engineers Association of Central California)
2005 Best Historic Rehabilitation, Affordable Housing, National Housing & Rehabilitation Association
2005 Honorable Mention, Affordable Housing Tax Credit Coalition
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145,000 SF
Stockton, CA
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