A study on rock mechanics in salt mining, this work includes coverage of the exploration and opening of salt mining, deformation and failure of the salt, strata mechanics and control for different mining systems, and stability analyses of the mine structures.
A study on rock mechanics in salt mining, this work includes coverage of the exploration and opening of salt mining, deformation and failure of the salt, strata mechanics and control for different mining systems, and stability analyses of the mine structures.
PREFACE 1 GENERAL GEOLOGY 1.1 Deposition of evaporites 1.2 Post depositional changes 1.3 Lithostratigraphy of evaporites 1.4 Saline facies References 2 FOLDING STRUCTURES 2.1 Flexure folding 2.2 Complex folding 2.3 Diapir folding 2.4 Inner folding References 3 FAULTING STRUCTURES 3.1 Normal faults 3.2 Reverse faults 3.3 Tectonic breccia 3.4 Structural defects References 4 COMPOSITION OF SALT 4.1 Texture of salt 4.2 Homogeneous structure 4.3 Heterogeneous structure 4.4 Anisotropy of salt deposits References 5 FORM OF SALT DEPOSITS 5.1 Blanket form 5.2 Flexural form 5.3 Dome form 5.4 Vein like form References 6 EXPLORATION AND CATEGORIZATION OF EVAPORITE DEPOSITS 6.1 Surface exploration 6.2 Exploration by drilling 6.3 Evaluation of ore reserves 6.4 Characterization of evaporite strata References 7 ACCESS AND MINE DEVELOPMENT 7.1 Pre development workings 7.2 Ground consolidation 7.3 Shaft sinking and lining 7.4 Mine development workings References 8 RISK OF WATER INFLOW 8.1 Ground water effects 8.2 Natural factors 8.3 Technological factors 8.4 Case history of brine inflow References 9 ELASTO PLASTIC DEFORMATION AND FAILURE 9.1 Elastic strength properties of salt 9.2 Elementary behaviour of salt 9.3 Transitional deformations of salt 9.4 Time independent failure References 10 TIME DEPENDENT DEFORMATIONS AND FAILURES 10.1 Rheological characterization 10.2 Creep properties 10.3 Creep mechanism 10.4 Creep rupture References 11 OUTBURST OF VIOLENT FRACTURING 11.1 Characterization of gas 11.2 Dynamic properties of salt structures 11.3 Dynamics of salt and gas liberation 11.4 Outbursts in mining conditions References 12 MINING OF MODERATELY THICK DEPOSITS 12.1 Principal mining systems 12.2 Design consideration of mine structures 12.3 Stability evaluation of mine structures 12.4 Stress analysis of mine structures References 13 MINING OF THICK DEPOSITS 13.1 Principal mining systems 13.2 Design consideration of mine structures 13.3 Stability evaluation of mine structures 13.4 Stress analysis of mine structures References 14 MINING OF INCLINED SALT BODIES 14.1 Principal mining systems 14.2 Design consideration of mine structures 14.3 Stability evaluation of mine structures 14.4 Stress analysis of mine structures References 15 SOLUTION MINING 15.1 Principles of solution mining 15.2 Mechanics of solution models 15.3 Stability considerations of caverns 15.4 Stress analysis of cavern layout References 16 STORAGE CAVERNS 16.1 Utilization of storage caverns 16.2 Loading conditions of caverns 16.3 Stability analysis of caverns 16.4 Ground control of storage caverns References 17 SALT MINING SUBSIDENCE 17.1 Dry mining subsidence 17.2 Solution mining subsidence 17.3 Models of subsidence development 17.4 Surface subsidence damages Reference SUBJECT INDEX.
PREFACE 1 GENERAL GEOLOGY 1.1 Deposition of evaporites 1.2 Post depositional changes 1.3 Lithostratigraphy of evaporites 1.4 Saline facies References 2 FOLDING STRUCTURES 2.1 Flexure folding 2.2 Complex folding 2.3 Diapir folding 2.4 Inner folding References 3 FAULTING STRUCTURES 3.1 Normal faults 3.2 Reverse faults 3.3 Tectonic breccia 3.4 Structural defects References 4 COMPOSITION OF SALT 4.1 Texture of salt 4.2 Homogeneous structure 4.3 Heterogeneous structure 4.4 Anisotropy of salt deposits References 5 FORM OF SALT DEPOSITS 5.1 Blanket form 5.2 Flexural form 5.3 Dome form 5.4 Vein like form References 6 EXPLORATION AND CATEGORIZATION OF EVAPORITE DEPOSITS 6.1 Surface exploration 6.2 Exploration by drilling 6.3 Evaluation of ore reserves 6.4 Characterization of evaporite strata References 7 ACCESS AND MINE DEVELOPMENT 7.1 Pre development workings 7.2 Ground consolidation 7.3 Shaft sinking and lining 7.4 Mine development workings References 8 RISK OF WATER INFLOW 8.1 Ground water effects 8.2 Natural factors 8.3 Technological factors 8.4 Case history of brine inflow References 9 ELASTO PLASTIC DEFORMATION AND FAILURE 9.1 Elastic strength properties of salt 9.2 Elementary behaviour of salt 9.3 Transitional deformations of salt 9.4 Time independent failure References 10 TIME DEPENDENT DEFORMATIONS AND FAILURES 10.1 Rheological characterization 10.2 Creep properties 10.3 Creep mechanism 10.4 Creep rupture References 11 OUTBURST OF VIOLENT FRACTURING 11.1 Characterization of gas 11.2 Dynamic properties of salt structures 11.3 Dynamics of salt and gas liberation 11.4 Outbursts in mining conditions References 12 MINING OF MODERATELY THICK DEPOSITS 12.1 Principal mining systems 12.2 Design consideration of mine structures 12.3 Stability evaluation of mine structures 12.4 Stress analysis of mine structures References 13 MINING OF THICK DEPOSITS 13.1 Principal mining systems 13.2 Design consideration of mine structures 13.3 Stability evaluation of mine structures 13.4 Stress analysis of mine structures References 14 MINING OF INCLINED SALT BODIES 14.1 Principal mining systems 14.2 Design consideration of mine structures 14.3 Stability evaluation of mine structures 14.4 Stress analysis of mine structures References 15 SOLUTION MINING 15.1 Principles of solution mining 15.2 Mechanics of solution models 15.3 Stability considerations of caverns 15.4 Stress analysis of cavern layout References 16 STORAGE CAVERNS 16.1 Utilization of storage caverns 16.2 Loading conditions of caverns 16.3 Stability analysis of caverns 16.4 Ground control of storage caverns References 17 SALT MINING SUBSIDENCE 17.1 Dry mining subsidence 17.2 Solution mining subsidence 17.3 Models of subsidence development 17.4 Surface subsidence damages Reference SUBJECT INDEX.
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