As our urban spaces become more densely populated, it’s important to ensure buildings and other structures are designed and built for an area’s particular challenges and threats. In earthquake-prone areas, that means finding unique ways to help dissipate and absorb the energy released by temblors and aftershocks.
Polyurethane offers a few different options for increasing earthquake resiliency. One technique is to fill cavities in walls and supports with polyurethane foam. In addition to acting as an energy-saving insulator, polyurethane in these spaces helps absorb shocks to the building’s structure.
In bridge and overpass construction, engineers are experimenting with rocking columns...Architecture, Home Builders