Sacramento

Vacaville Police Station

Vacaville Police Station

The new two-story, 40,000-SF Vacaville Police Station was the first building in the United States to apply 2000 National Earthquake Hazards Reduction Program (NEHRP) procedures to the design of an essential facility. Miyamoto assessed their needs and determined that Fluid Viscous Dampers, a passive energy dissipation system that controls displacement of the structure during an earthquake, should be used. Located in a highly seismic area, the building is designed to ensure immediate occupancy after a 475-year return earthquake. The combination of dampers and steel frames provided the structure with maximum earthquake resistance and minimum total cost. The use of 20 dampers rated at up to 100 tons of force in a structure of relatively small size is nearly twice the relative number of dampers normally used in previous design approaches. However, the use of this many dampers greatly reduced the amount of steel needed for the project, yielding the lowest total project cost.

Awards

2006 Excellence in Structural Engineering, Best Use of New Technology in New Construction, SEAOCC

Team Members

No data was found

Client

Indigo/Hammond an Playle Architects

Year

2003

Scale

39,000 SF

Location

Vacaville, CA

Vacaville Police Station

The new two-story, 40,000-SF Vacaville Police Station was the first building in the United States to apply 2000 National Earthquake Hazards Reduction Program (NEHRP) procedures to the design of an essential facility. Miyamoto assessed their needs and determined that Fluid Viscous Dampers, a passive energy dissipation system that controls displacement of the structure during an earthquake, should be used. Located in a highly seismic area, the building is designed to ensure immediate occupancy after a 475-year return earthquake. The combination of dampers and steel frames provided the structure with maximum earthquake resistance and minimum total cost. The use of 20 dampers rated at up to 100 tons of force in a structure of relatively small size is nearly twice the relative number of dampers normally used in previous design approaches. However, the use of this many dampers greatly reduced the amount of steel needed for the project, yielding the lowest total project cost.

Awards

2006 Excellence in Structural Engineering, Best Use of New Technology in New Construction, SEAOCC

Client

Indigo/Hammond an Playle Architects

Year

2003

Scale

39,000 SF

Location

Vacaville, CA

More Projects

Residential

Ybarra Village

Los Angeles, CA

Miyamoto performed the structural design of the 37,645-SF Ybarra Village, an affordable housing community with [..]

View Project

Transportation

The Lowry Ranch Bridge

Redding Rancheria, CA

The Lowry Ranch Bridge is a 300-foot-span, pedestrian/vehicle bridge that will connect the Redding Rancheria [..]

View Project

Healthcare

LAUSD North Wellness Center

Los Angeles, CA

Miyamoto provided structural engineering services for the construction of two new school-based Clinic and Wellness [..]

View Project

Bridges, Commercial

Bob Hope Airport, Regional Intermodal Transportation Center, Elevated Walkway

Burbank, CA

Miyamoto International was the PGAL (Prime) design structural engineer for Bob Hope Airport’s Regional Intermodal [..]

View Project

Commercial, Industrial, Tilt-Up, Warehouse & Distribution

FIRST Park at Ocean Ranch

Oceanside, CA

First Park at Ocean Ranch is a recently completed industrial business park overlooking beautiful Oceanside, [..]

View Project

Residential

Hornet Commons

Sacramento, CA

This new student housing village at Sacramento State is an apartment-style community aimed at upper-division [..]

View Project

Save lives, impact economies.

what we’re up to

Latest News & Updates

Subscribe to learn about new the latest in engineering news, solutions, and updates.

We care about your data in our privacy policy.