Identification of the crushed fault zones, by calculating fracture density with geophysical data for water exploration in hard formations (Case s tudy-Aghligan, Azad Kermanshah University, Khomarlou city projects)

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Zamani G. Behzad; Hasanpour Sedghi Mohamad; Zahmati Bagher; Seyfi Rasol; ZAMANI KHOSROW

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Journal: TECTONICS Year:2018 | Volume:2 | Issue:7 Page(s): 49-62

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Information Journal Paper

Title

Identification of the crushed fault zones, by calculating fracture density with geophysical data for water exploration in hard formations (Case s tudy-Aghligan, Azad Kermanshah University, Khomarlou city projects)

Author(s)

Keywords

Crushed fault zones

Anisotropy modulus

Fracture density

mean longitudinal resis tivity

Abstract

Necessity of the human to the safe and permanent water sources is one of the important problems. In the las t decades, soft rock aquifers of country mainly are used, therefore, exploration for groundwater in the hard rocks has focused Tectonics and faults one of the important factors to crush the rocks and formations and make and develop the faulted aquifers. Therefore, in this s tudy the role of the s tructural geology is researched in development of the underground fractures and have used the geophysical tes ts to explore water sources and well locating. In this case three s tudy area researched in country. An important property means the Lambda parameter for the firs t time have used in the s tudied areas to determine the fractures density. In this research evaluate the Lambda parameter and Fracture density in three s tudy area in Iran. where Lambda parameter used to determine and print the joints and Fracture density and anisotropy countor maps. These maps show potentially for developing the ground water is high where Lambda parameter is highes t. Lambda was 8 in Aghlighan-chay and Khomarlou and 1. 76 in Kermanshah University. The location of the 2nd soundage in Khomarlou project after boring have had up to 40 L/S well water. Therefore this method is a new method to evalute the aquifers before borring the wells to acces the new resources of ground water and manegment the drought hazards.

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APA: Copy

Zamani G., Behzad, Hasanpour Sedghi, Mohamad, Zahmati, Bagher, Seyfi, Rasol, & ZAMANI, KHOSROW. (2018). Identification of the crushed fault zones, by calculating fracture density with geophysical data for water exploration in hard formations (Case s tudy-Aghligan, Azad Kermanshah University, Khomarlou city projects). TECTONICS, 2(7 ), 49-62. SID. https://sid.ir/paper/387820/en

Vancouver: Copy

Zamani G. Behzad, Hasanpour Sedghi Mohamad, Zahmati Bagher, Seyfi Rasol, ZAMANI KHOSROW. Identification of the crushed fault zones, by calculating fracture density with geophysical data for water exploration in hard formations (Case s tudy-Aghligan, Azad Kermanshah University, Khomarlou city projects). TECTONICS[Internet]. 2018;2(7 ):49-62. Available from: https://sid.ir/paper/387820/en

IEEE: Copy

Behzad Zamani G., Mohamad Hasanpour Sedghi, Bagher Zahmati, Rasol Seyfi, and KHOSROW ZAMANI, “Identification of the crushed fault zones, by calculating fracture density with geophysical data for water exploration in hard formations (Case s tudy-Aghligan, Azad Kermanshah University, Khomarlou city projects),” TECTONICS, vol. 2, no. 7 , pp. 49–62, 2018, [Online]. Available: https://sid.ir/paper/387820/en

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