4 ways to transform old buildings into modern assets
As cities grow, their office inventories remain largely stagnant. Yet despite changes to the market—including the impact of hybrid work—opportunities still exist. Enter: “Midlife Metamorphosis.”
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As cities grow, their office inventories remain largely stagnant. Yet despite changes to the market—including the impact of hybrid work—opportunities still exist. Enter: “Midlife Metamorphosis.”
Recent flooding in Houston has increased focus on a 30-year-old program to buy out some of the area’s most vulnerable homes. Storms dropped 23 inches of rain on parts of southeast Texas, leading to thousands of homes being flooded in low-lying neighborhoods around Houston.
Heat created by underground structures is increasing the risk of damage to buildings, recent studies have found. Basements, train tunnels, sewers, and other underground systems are making the ground around them warmer, which causes soil, sand, clay and silt to shift, settle, contract, and expand.
The shift away from excessive parking requirements aligns with a broader movement, encouraging development of more sustainable and affordable housing.
Researchers at the U.S. Department of Energy’s Oak Ridge National Laboratory have developed a system that uses a camera to detect air leakage from buildings in real time.
The City of Jacksonville, Fla., recently released plans for Resilient Jacksonville, a 50-year resiliency strategy to reduce the risks from flooding, hurricanes, excessive heat, and wildfires, and to respond better to those events. The plan includes ways to stop the St. Johns River from flooding vulnerable neighborhoods, including those prone to flooding during heavy rain or hurricanes.
For projects that do not include moisture-sensitive below-grade spaces, project teams sometimes rely on sheet piles alone for reduction of subsurface water. Experts from Simpson Gumpertz & Heger explore this sheet pile “water management wall” approach.
With rising climate dilemmas, breakthroughs in technology, and aging infrastructure, the needs of our cities cannot be solved with a single silver bullet. This Point2 report compared the country's top cities over a variety of metrics.
Purdue University civil engineers have developed innovative materials that can dissipate energy caused by various physical stresses without sustaining permanent damage.
The National Institute of Building Sciences and Fannie Mae have released the Resilience Incentivization Roadmap 2.0. The document is intended to guide mitigation investment to prepare for and respond to natural disasters.
Modern building codes and construction techniques were effective in saving buildings from the devastating wildfire in Maui on August 9th, according to a recent report, IBHS Early Insights Lahaina Fire—2023, from the Insurance Institute for Business and Home Safety’s research division.
Construction Specialties (CS) is the only manufacturer in the market that can claim its modular stair system can withstand 100 earthquakes. Thanks to extensive practical testing conducted this spring at the University of California San Diego (UCSD) on the tallest building ever to be seismically tested, CS has identified five significant insights that will impact all future research and development in stair solutions.
Investigators from the National Institute of Standards and Technology (NIST) say they have found no evidence of underground voids on the site of the Champlain Towers South collapse, according to a new NIST report. The team of investigators have studied the site’s subsurface conditions to determine if sinkholes or excessive settling of the pile foundations might have caused the collapse.
FEMA recently unveiled the initial designation of 483 census tracts that will be eligible for increased federal support to boost resilience to natural hazards and extreme weather. The action was the result of bipartisan legislation, the Community Disaster Resilience Zones Act of 2022. The law aims to help localities most at risk from the impacts of climate change to build resilience to natural hazards.