Lineation, line, or ground cleavage are tectonic and structural structures which help them to better understand the tectonic history, active tectonic of an area, solving geological problems, seismology and petroleum exploration and mining. The mapping of faults, fractures, and joints with conventional methods, although the accuracy and validity are acceptable, but because most geological locations, their structures are covered by soil, plant and water, so the diagnosis of them is very difficult in the surface, so for this reason using remote sensing techniques that can be a suitable tool for the studies of these structures, help in field studies and reduce the cost and time of the study. Satellite imagery due to having a large regional view of the most advantageous tools for Geomorphologic studies. Remote sensing data with the ability of temporal, temporal and spectral segregation in the spectrum range, infrared and thermal, the possibility to analyze a great deal with the researchers to identify the changes in the Earth's texture and the edges geometry of these changes and final commentary by a qualified pathologist fault position Be extracted In this study, using Landsat 8OLI satellite imagery, the area faults were extracted with three manual, automatic and semi-automatic methods, and then the results were compared with the study and field observations. The results of this study show that by using semi-automatic method, the faults in the range of Torud-chahshirin belt was extracted with appropriate accuracy.