Haiti is suffering the consequences of a magnitude-7.2 earthquake that worsen a national crisis. News agencies have published photographs of collapsed buildings in Port-au-Prince recalling the destruction due to the 2010 earthquake.
As humanitarian aid is been deployed around the world to collaborate in rescue, shelter, health care, and food, questions arise: how does architecture help?
Ten years after a destructive earthquake rocked Italy's central Abruzzo region, many students still attend class in temporary modules similar to containers. Named winners of an international competition, SET Architects’ design for the new “Sassa School Complex” proposes reconstructing a place for students and the community to learn, gather, and grow. Inspired by the modularity and essential nature of climbing frame play structures, the architects describe the design as a metaphor for “freedom and social aggregation as a fundamental value for dynamic and innovative teaching.”
Schmidt Hammer Lassen Architects and Architectus have announced the opening of Tūranga, the new central library for Christchurch, New Zealand. Built to address the earthquakes that damaged Christchurch in 2010 and 2011, the library is one of the first public buildings to open downtown after the disasters. Working with Architectus and the indigenous Māori people of New Zealand’s South Island, the design was made to celebrate rebirth in Christchurch.
The most remarkable thing about 181 Fremont—San Francisco’s third-tallest tower, designed by Heller Manus Architects—is not the penthouse’s asking price ($42 million). Rather, it’s an innovative yet unglamorous structural detail: a viscous damper system that far exceeds California Code earthquake-performance objectives for buildings of 181 Fremont’s class, allowing immediate reoccupation after a seismic event.
You wouldn’t think it looking at Mexico City today—a densely populated metropolis, where empty space is hard to come by—but decades earlier, following a devastating earthquake on September 19, 1985, more than 400 buildings collapsed, leaving a collection of open wounds spread over the cityscape.
Exactly thirty-two years later, the anniversary of that disaster was ominously commemorated with an emergency evacuation drill. Then, in one of those odd occurrences in which reality proves to be stranger than fiction, a sudden jolt scarcely two hours after the drill led to what would be yet another of the deadliest earthquakes in the city’s history. Buildings once again collapsed, leaving a rising-by-the-hour death toll that eventually reached 361, as well as swarms of bewildered citizens wandering the streets, frantically attempting to reach their loved ones through the weakened cell phone reception. “We’d just evacuated for the drill,” people said, like a collective mantra. “How could this happen again?”
In August 2016, a powerful 6.2-magnitude earthquake struck central Italy, resulting in the loss of nearly 300 lives and the destruction of centuries-worth of historic architecture. At the center of the destruction was Amatrice, a beautiful hill town set in the Latium Apennines, which was reduced to mere rubble, leaving hundreds dead or injured and the survivors homeless.
Researchers from the university of British Columbia have developed a new fiber-reinforced concrete treatment that can “dramatically [enhance] the earthquake resistance of seismically vulnerable [structures].”
Called EDCC (eco-friendly ductile cementitious composite), the material is engineered at the molecular level to react similarly to steel – with high strength, ductility and malleability. When sprayed onto the surface of traditionally poured interior concrete walls, it reinforces against seismic intensities as high as the magnitude 9.0-9.1 earthquake that hit Tohoku, Japan in 2011.
Following the devastating earthquake measuring 7.1 in magnitude that struck Mexico yesterday at 13:14 local time, many—over 200 people at the time of writing—are feared either dead or trapped in collapsed buildings or unsafe structures. While rescue efforts continue and information surrounding the scope of devastation is preliminary, schools are closed indefinitely and major companies and organizations have requested their employees not to work.
The death toll continues to rise while ArchDaily México, which is located in Mexico City, reports wide-reaching destruction of the built fabric of the capital. Footage captured by terrified residents show the final moments of buildings—many taller than four stories—that were reduced to dust and debris in seconds.
https://www.archdaily.com/880010/many-feared-dead-or-trapped-after-earthquake-topples-buildings-throughout-mexicoAD Editorial Team
With the aim of raising awareness and expanding knowledge about the advantages of wood in the built environment, reThink Wood has created an online library that collects a series of articles, reports, studies and videos that can be freely accessed right now.
Following an earthquake measuring 6.6 on the Richter Scale that struck central Italy this morning at 7:40 a.m. local time—the fourth to hit this part of the country in three months—a number of structures have collapsed entirely or been severely damaged. While no deaths have been reported at this time, the BBC suggests that twenty people have been injured.
181 Fremont—which will become the third tallest structure in San Francisco and the most resilient tall building on the West Coast of the U.S.—has been awarded the REDi™ Gold Rating, a new earthquake resilience rating. The building was designed by San Francisco-based Heller Manus Architects.
The 56-story mixed-use tower, built above five basement levels, is being constructed in compliance with a new set of holistic design and planning guidelines—the Resilience-based Earthquake Design Initiative (REDi Rating System)—that allow it to withstand the impact of a 475-year seismic event (roughly a M7.5-M8.0 earthquake on the San Andreas Fault) with minimal disruption.
Developed by Arup with contributions from external collaborators, the REDi™ system outlines design and planning criteria within a resilience-based framework, creating a system that not only considers occupant safety but also takes into account the future of the building after an earthquake.
Italian Prime Minister Matteo Renzi has asked architect Renzo Piano to lead in the reconstruction of the central Italian towns devastated by last week’s magnitude 6.2 earthquake that claimed the lives of at least 290 people. Renzi announced a national action plan for recovery and risk prevention on Monday after meeting with Piano to discuss strategies for housing the over 3,000 displaced survivors and rebuilding the historic towns in a manner that would mitigate damage caused by future seismic activity.
“We have to act quickly, with the utmost urgency,” said Piano in a telephone interview with The Guardian. “Anti-seismic requirements must be inserted in the laws of the country to make our homes safe, just as it’s compulsory for a car to have brakes that work.”
After yesterday’s devastating magnitude 6.2 earthquake in central Italy, art historians fear that numerous historic Italian buildings and their contents may be permanently lost. The affected region is dotted with hilltowns containing beautiful churches, monuments and museums, many of which have been rendered completely unrecognizable.
Disaster can strike a community at any minute. Following the most costly earthquake in their history in April, hundreds of thousands of Nepalese residents were rendered instantly homeless. To help these people reorganize and get back to a familiar way of life, Barberio Colella ARC has designed a temporary structure using local materials “to make a house that can be built quickly, lightweight and compactly, durably and economically.”
On March 11, 2011, a massive earthquake and tsunami hit the coast of Japan at Sendai, damaging the Fukushima nuclear power plant, and taking over 10,000 lives. Over the past three years, only temporary memorial observances have been utilized to honor these victims in Sendai. To address this deficiency, MIT graduate student Beomki Lee has created a concept design for an innovative new memorial space called [ME]morial.
Designed and developed by Pilosio Building Peace, RE:BUILD is a construction system for building refugee camps and facilities for emergency assistance. The temporary modular structures can be used as houses, schools, clinics, dining areas or any other space that is urgently needed.