Seismic Response to Mining: Difference between revisions

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rect 25 188 163 297 [[https://acg.uwa.edu.au/srmp/Seismic_Response_to_Mining|]]
rect 171 198 371 317 [[5._Numerical_models|]]
rect 168 204 369 319 [[https://acg.uwa.edu.au/srmp/5._Numerical_models|]]
rect 389 205 688 317 [[6._Seismic_analysis|]]
rect 389 204 687 317 [[https://acg.uwa.edu.au/srmp/6._Seismic_analysis|]]
rect 705 205 974 317 [[7._Measurement_and_observation_trends_for_forensic_analysis|]]
rect 706 206 971 318 [[https://acg.uwa.edu.au/srmp/7._Measurement_and_observation_trends_for_forensic_analysis|]]
rect 172 351 908 378 [[8._Understanding_and_Quantifying_Seismic_Hazard|]]
rect 170 348 907 376 [[https://acg.uwa.edu.au/srmp/8._Understanding_and_Quantifying_Seismic_Hazard|]]
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Latest revision as of 17:52, 10 June 2020

The green area of activities in the flowchart entitled “seismic response to mining” is where the seismic sources in the mine are identified, understood and the seismic hazard is quantified, before control measures are applied to reduce the seismic risk to a tolerable level. The main tools to investigate the seismic response to mining are numerical models, seismological models and case studies of historical seismic response to mining.


INTERACTIVE FLOWCHART
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