Our earthquake-resistant prefab houses employ advanced seismic design principles combining base isolation techniques with moment-resisting frames. The structural system features ductile steel connections that absorb and dissipate seismic energy through controlled yielding, preventing catastrophic failure during ground motion. Wall assemblies utilize light-gauge steel studs with special seismic detailing for increased ductility, while diaphragms and shear walls maintain integrity during lateral movement. All connections incorporate slotted holes and flexible fasteners to accommodate movement, with redundant load paths preventing progressive collapse. The modular construction approach enhances seismic performance through precise engineering of connections and consistent quality control in manufacturing. We design to various seismic standards including IBC, UBC, and local codes, with options for Performance-Based Seismic Design (PBSD) for critical facilities. Post-earthquake functionality is enhanced through damage-control technologies like replaceable fuse elements at key connection points. The prefabricated modules arrive at site with pre-installed seismic bracing and clearly marked connection sequences for proper assembly. For projects in high seismic zones, we can incorporate base isolation systems using lead-rubber bearings or friction pendulum devices. Share your project location with our seismic specialists for site-specific seismic coefficient calculations and appropriate reinforcement strategies meeting local code requirements.
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