出版社：geodynamics Research International Bulletin Online
摘要：Kinematic analysis of faults show development of normal, reverse and strike slip faulting in the area. Folding in the study area mainly shows inclined fold axial surface with NW-SE fold axes trending and NW plunging. The analysis of fault plane geometry and slickenlines in order to reconstruct the orientations of effective stress using graphic method (fault-slip inversion technique) was performed. Results show the attitude of principal stresses axis for 1) Normal faults, 2)reverse faults and 3) strike slip faults, as follow: 1) σ1: N85W/86, σ2: S30W/10, σ3: S55E/27. 2) σ1: S60W/14, σ2: N30W/23, σ3: N90E/81 and 3) σ1: N86E/5, σ2: N0E/73, σ3: S0E/45). The amounts of stress shape ratio (φ) were calculated as φ=0.79, φ=0.35 and φ=0.5 respectively for normal, reverse and strike slip faults. The mean value of strain ellipsoid shape parameter (r0= 0.39) shows the general three axial flattening in the study area.
