In the present paper we examine the effect of the noise in river level oscillation on the
landslide dynamics. The analysis is conducted in several phases. In the first phase, we …

In the present paper, we propose a new model for landslide dynamics, in the form of the
spring-block mechanical model, with included delayed interaction and the effect of the …

We propose a new model for landslide dynamics under the assumption of a delay failure
mechanism. Delay failure is simulated as a delayed interaction between adjacent blocks …

In present paper, we analyze the dynamics of a single-block model on an inclined slope with
Dieterich–Ruina friction law under the variation of two new introduced parameters: time …

In the present paper, we investigate the effect of the initial conditions on the dynamics of the
spring-block landslide model. The time evolution of the studied model, which is governed by …

In present paper we analyze dynamics of a simple landslide mechanical model induced by
the co-action of included time delay between the motion of the neighboring blocks and their …

Reservoir water fluctuation is the key factor affecting the stability of reservoir landslides.
Existing research on the evolution of landslides under cyclic reservoir water fluctuations is …

A new method based on the chaos theory is used to assess the evolution process of a slope
system. The method is applied to the Xintan landslide and the results show:(1) the slope …

Many landslides in reservoir areas continuously deform under cyclic water level fluctuations
due to reservoir operations. In this paper, a landslide model, developed for a typical colluvial …

When a block of dense sandy soil moves downhill, the shear-induced soil dilatancy along
the basal shear boundary produces a negative value of excess pore pressure that increases …