Most previous experiments conducted on water-saturated clay-rich gouges sheared under
extreme deformation conditions (including seismic slip rates eg, 1 m/s, and displacements …

高速远程滑坡基底层与其下伏层之间存在复杂多变的摩擦生热过程和作用,
由此将产生一系列摩擦生热现象及其高速远程滑坡运动的减阻机理. 这是国内外最近几十年来 …

Abstract The 2008 Mw 7.9 Wenchuan earthquake generated∼ 270 and∼ 80 km long
surface ruptures along the Longmenshan fault belt, namely the Yingxiu‐Beichuan fault …

Risks associated with large landslides pose a severe threat to human life and property.
Hence, the creep phase, the signal before the occurrence of large landslides, plays a …

Experiments that systematically explore rock friction under crustal earthquake conditions
reveal that faults undergo abrupt dynamic weakening. Processes related to heating and …

Tectonic pseudotachylytes have provided valuable insights into the evolution of seismic
activity during crustal deformation. However, the origin and formation processes of …

While sliding at seismic slip‐rates of∼ 1 m/s, natural faults undergo an abrupt decrease of
shear stress called dynamic weakening. Asperity‐scale (<< mm) processes related to flash …

The formation of frictional melt likely impacts the coseismic and, when solidified
(pseudotachylyte), the interseismic strength of faults. Here we investigate these effects …

On-fault processes during earthquakes contribute to seismic rupture propagation and slip.
Here we investigate clast fragmentation in an experimental pseudotachylyte (solidified …

The dynamic behavior of rock faults reflects the response of the shape and composition of
the fault to the applied loading and environmental conditions. The interaction between the …