24 research outputs found
Development of a fuzzy model for predicting ground vibration caused by rock blasting in surface mining
No full textA hybrid paretosearch algorithm and goal attainment method for maximizing production and reducing blast-induced ground vibration: a blast design parameter selection approach
No full textEvaluation and prediction of blast-induced ground vibration at Shur River Dam, Iran, by artificial neural network
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The seismicity of Ghana
No full textAlthough West Africa is generally an area of very low seismicity, an exception is a concentration of activity in Southern Ghana, especially near to the capital, Accra, which was heavily damaged by earthquakes in 1862 and 1939. Modern instrumental seismicity is poorly understood due to the limitations of seismic monitoring in the country. In this study, all available data are brought together to provide an earthquake catalogue for Ghana, and a new interpretation of the data for the 1862 earthquake is made. It is tentatively suggested that much of the recorded seismicity around Accra is in fact a very protracted aftershock sequence of the 1862 event
Giant Seismites and Megablock Uplift in the East African Rift: Evidence for Late Pleistocene Large Magnitude Earthquakes
No full textStudy on the Robust Regression of the Prediction of Vibration Velocity in Underwater Drilling and Blasting
No full textReply to the comments by Tarkan Erdik on ‘Barrier holes and trench application to reduce blast induced vibration in seyitomer coal mine’
No full textA comparative study of RC bridge for evaluation of seismic performance and retrofit technology
No full textMultivariate statistical analysis approach for prediction of blast-induced ground vibration
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