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1. Chaman Fault, a left lateral Strike Slip fault, located in the southwest of Pakistan. Its co- ordinates are given in Table 1. 2. Site: 66.32 30.40 Table 1 66.60758 66.32826 66.07787 65.94939 65.89144 65.86628 65.80658 65.7645 65.67673 65.67609 65.64674 31.1048 30.46901 29.806 29.26138 29.06786 28.97588 28.73053 28.45813 28.10735 27.93732 27.4438 3. Model Chaman Fault as simple fault source in the OpenQuake software. (CLO 3) (20 Marks) 4. Calculate the maximum magnitude potential of Chaman Fault. Length of the Fault is 421 km(CLO 3) (20 Marks) 5. Perform the Scenario1 based seismic hazard in the OpenQuake software using Attenuation relationship of Akkar et al. (2014) and Cauzzi et al. (2014) and Maximum moment magnitude of 8.3 (CLO 3) (40 marks) 6. Report the results at given sites as PGA values assuming the sites of interest as rocks (CLO3) (Marks 20) 1. Chaman Fault, a left lateral Strike Slip fault, located in the southwest of Pakistan. Its co- ordinates are given in Table 1. 2. Site: 66.32 30.40 Table 1 66.60758 66.32826 66.07787 65.94939 65.89144 65.86628 65.80658 65.7645 65.67673 65.67609 65.64674 31.1048 30.46901 29.806 29.26138 29.06786 28.97588 28.73053 28.45813 28.10735 27.93732 27.4438 3. Model Chaman Fault as simple fault source in the OpenQuake software. (CLO 3) (20 Marks) 4. Calculate the maximum magnitude potential of Chaman Fault. Length of the Fault is 421 km(CLO 3) (20 Marks) 5. Perform the Scenario1 based seismic hazard in the OpenQuake software using Attenuation relationship of Akkar et al. (2014) and Cauzzi et al. (2014) and Maximum moment magnitude of 8.3 (CLO 3) (40 marks) 6. Report the results at given sites as PGA values assuming the sites of interest as rocks (CLO3) (Marks 20)