The SPH-based approach presented in this work for the post-failure behavior analysis should contribute to the prevention and mitigation of fast landslide disaster.
We will monitor whether or not the results described in this article will be utilized for supporting the mitigation of future landslide hazards in the Tabriz basin.
The prediction and mitigation of earthquake-triggered landslides is one of the most significant problems facing our society today.
In addition, the proposed landslide fragility curves demonstrate that seismic design of RC buildings also plays a key role in the mitigation of their flow-type landslide fragility.
As first stage of landslide hazard mitigation, landslide susceptibility mapping must provide important information to support decisions for urban development, which considerably reduces potential landslide damage.
It is very important for the purposes of landslide disaster prevention and mitigation to understand the earthquake triggered mechanism of initiation and motion of rapid and long runout landslides, which can potentially be the deadliest of ground failures.
Evaluating the stability and potential hazard of landslide dams is significant for the mitigation measures, but remains challenging.
