Tehran, IRAN.Р”Вahlin T, LР“В¶froth H, SchР“В¤lin D, Suer P (2013) Mapping of quick clay using geoelectrical imaging and CPTU-resistivity. Institute for Research on Housing and Construction Magazine. SN Appl Sci 3(8):1РІР‚вЂњ13Р”В«eytollahi A (2004) Study of landslides using geoelectric methods. Najafi N, Kalehsar RI, Khodaei M, Dehghan AN, Karroubi K (2021) Effect of installation angle on pull-out resistance of nails in soil slopes. Р”Вehghan AN, Khodaei M (2021) Stability analysis and optimal design of ultimate slope of an open pit mine: a case study. Naghi Pour O, Dehghan AN, Ahangari K (2020) Evaluation of geometrical parameters affecting on the optimal slope design of Shadan Gold-Copper Open Pit Mine. Kalehsar RI, Khodaei M, Dehghan AN, Najafi N (2020) Numerical modeling of effect of surcharge load on the stability of nailed soil slopes. India Model Earth Syst Environ 4(1):69РІР‚вЂњ88. Mandal S, Mandal K (2018) Modeling and mapping landslide susceptibility zones using GIS based multivariate binary logistic regression (LR) model in the Rorachu river basin of eastern Sikkim Himalaya. It confirms the fact that the electrical resistivity method with the different arrays can be of great help in determining the geometry of landslides at the field scale. The result showed that by eliminating the effects of the tank floor and walls, the electrical resistivity section will be in a good agreement with the physical model of the landslide. The geological characteristics and specially the electrical resistivity of the different parts of the designed pseudo landslide were similar to an actual landslide. Various tests were prepared on the geoelectrical tank in order to determine the landslide geometry. To reach this goal, a physical model was designed and built in a geoelectrical tank. In this research, the goal is to create a chance of geoelectrical studies on experimental models to find the best pattern for the study of landslides using the electrical resistivity method. Geophysical methods, and specially the electrical resistivity method, are among the fastest and best methods.

Today, different methods are available for the examination of landslidesРІР‚в„ў geometry. One of the important issues in the study of landslides is the determination of the geometry and the depth of the rupture surface. The study of landslides for the purpose of stabilizing and decreasing their risks has always been of significance to engineers.

Prototype model in res2dinv