An international study published in Communications Earth & Environment has advanced earthquake simulations to better anticipate the rupture process of large earthquakes. Using data for the Turkey ...

By tracking their 3D models at different times after the earthquake, they created a time series of how electron density changed. South of the epicenter, the researchers observed a tilted sound ...

Scientists at the University of Bristol have conducted the world’s first full-scale shake test on 3D-printed homes to assess ...

"During the Noto Peninsula earthquake, we saw devastating uplift ... and the fault dipping angle were used to build the 3D fault geometry model. Data from previous seismic activity were used ...

Researchers as Oregon State University have developed a new 3D model that allows them to take ... what that could mean in the event of a large earthquake — the kind predicted to occur sooner ...

In their study, 3D models also substantially improved alert accuracy for all subduction zone earthquakes at MMI 4.5 and MMI 2.5 (weak motion felt only by a few people) thresholds.

They have already run more than 2,000 experiments using the L.A. model. Park can think of many different uses for the technique, not just earthquakes. Our understanding of the deeper layers of Earth ...

About 10 minutes after the earthquake, the sound waves it generated traveled upward through the atmosphere and reached the ionosphere (60-1000 km above Earth). This created ripple disturbances similar ...

Using data for the Turkiye earthquake of February 2023, the scientists have developed a detailed 3D dynamic model that provides a more accurate understanding of the strong shaking during this ...

To better understand how the characteristics of the affected fault lines impact earthquake dynamics, researchers in Japan used recently developed simulations to make a detailed model of the fault.