Author(s)

Mian Sohail Akram^1*, Muhammad Fahad Ullah², Faisal Rehman², Muhammad Ali³, Luqman Ahmed¹, Assad Ali Gillani²

¹Institute of Geology, University of the Punjab, Lahore, Pakistan.
²Department of Earth Sciences, University of Sargodha, Sargodha, Pakistan.
³Geological Survey of Pakistan, Quetta, Pakistan.

The Northern segment of Pakistan, especially Balakot city is affected up to large extent by the landslides. Tectonically, it lies in the proximity of Hazara Kashmir Syntaxis and other two active regional faults: Main Boundary and Hazara Frontal Thrusts that traversing right through the Balakot town. This study focuses on the evaluation of slopes near Balakot town in static and pseudo-static condition. A geological map is produced at 1:24,000 scale to separate various rock and soil units. During reconnaissance study, two slopes were selected which seem prone to sliding. The procured data on condition of natural slope, properties of material entailed, structural setting, and vegetation cover distribution was gathered. Discontinuity Surveys of slopes were carried out to collect discontinuity parameters. Kinematic analyses were performed on DIPS v. 7.0 to assess mode of failures based on joints data. Limit equilibrium analyses were carried out at Slide v. 7.0 to check factor of safety at different conditions. The study concluded that the slopes were affected by the plane, wedge and toppling failures, while although in seismically active zone, circular failure is not likely.

Slope Stability, Kinematic Analysis, Limit Equilibrium Analysis, Roc Science

Akram, M. , Ullah, M. , Rehman, F. , Ali, M. , Ahmed, L. and Gillani, A. (2019) Stability Evaluation of Slopes Using Kinematic and Limit Equilibrium Analyses in Seismically Active Balakot, KPK, Pakistan. Open Journal of Geology, 9, 795-808. doi: 10.4236/ojg.2019.911091.