Mendecki, AJNapier, JALIlchev, ASellers, E2007-12-052007-12-052001-06Mendecki, AJ, et al. 2001. Fundamental aspects of the integration of seismic monitoring with numerical modelling. Safety in Mines Research advisory committee, GAP 603, June, 2001, pp 1-152http://hdl.handle.net/10204/1768Numerical modelling of rock-mass response to underground excavations is of vital importance for the decision-making process in designing and running a mine. Likewise, seismic monitoring with state-of-the-art local seismic systems is indispensable as a means for quantifying hazard and as an indicator for potential instabilities in the rock-mass due to mining activities, geological structures and other hazard enhancing factors. The concept of integrating observational data with mining-oriented numerical modelling has emerged as the next logical step in the development of more reliable computer-based methods for treating the problems of rock-mass stability, damage evolution and the on-set of sudden material failure. The most important feature of an integrated numerical model is the ability to take real data, as provided by a seismic monitoring system, and to use this data as an additional input for solving a forward problem about the evolution of the physical state of the modelled rock-mass.enSIMRACGAP 603Numerical modellingIntegrationSeismic monitoringConference PresentationMendecki, A., Napier, J., Ilchev, A., & Sellers, E. (2001). Fundamental aspects of the integration of seismic monitoring with numerical modelling. http://hdl.handle.net/10204/1768Mendecki, AJ, JAL Napier, A Ilchev, and E Sellers. "Fundamental aspects of the integration of seismic monitoring with numerical modelling." (2001): http://hdl.handle.net/10204/1768Mendecki A, Napier J, Ilchev A, Sellers E, Fundamental aspects of the integration of seismic monitoring with numerical modelling; 2001. http://hdl.handle.net/10204/1768 .TY - Conference Presentation AU - Mendecki, AJ AU - Napier, JAL AU - Ilchev, A AU - Sellers, E AB - Numerical modelling of rock-mass response to underground excavations is of vital importance for the decision-making process in designing and running a mine. Likewise, seismic monitoring with state-of-the-art local seismic systems is indispensable as a means for quantifying hazard and as an indicator for potential instabilities in the rock-mass due to mining activities, geological structures and other hazard enhancing factors. The concept of integrating observational data with mining-oriented numerical modelling has emerged as the next logical step in the development of more reliable computer-based methods for treating the problems of rock-mass stability, damage evolution and the on-set of sudden material failure. The most important feature of an integrated numerical model is the ability to take real data, as provided by a seismic monitoring system, and to use this data as an additional input for solving a forward problem about the evolution of the physical state of the modelled rock-mass. DA - 2001-06 DB - ResearchSpace DP - CSIR KW - SIMRAC KW - GAP 603 KW - Numerical modelling KW - Integration KW - Seismic monitoring LK - https://researchspace.csir.co.za PY - 2001 T1 - Fundamental aspects of the integration of seismic monitoring with numerical modelling TI - Fundamental aspects of the integration of seismic monitoring with numerical modelling UR - http://hdl.handle.net/10204/1768 ER -