书籍详情
岩石开挖与支护（英文版）
作者：（加）大卫·艾蒙，闫帅
出版社：中国矿业大学出版社
出版时间：2018-12-01
ISBN：9787564643171
定价：¥26.80
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内容简介
岩石开挖对煤矿开采具有十分重要的意义。《岩石开挖与支护（英文版）》详细论述了岩石开挖和支护方法，从岩石强度、岩石数据采集、岩土工程设计、岩土工程数值模拟等方面探讨和解决采矿过程中的岩土工程问题，并给出实例。全书内容丰富，层次清晰，深入浅出，论述有据，图文并茂，具前瞻性、先进性和适用性。《岩石开挖与支护（英文版）》可为采矿工程及相关专业读者提供参考。
作者简介
暂缺《岩石开挖与支护（英文版）》作者简介
目录
Chapter 1 Rock mass strength
1．1 Rockmass classification systems
1．2 Mohr-Coulomb failure criterion
1．3 Strength anisotropy and size
1．4 Generalised Hoek Brown failure criterion
Chapter 2 Rock engineering design
2．1 Introduction
2．2 Data collection， data uncertainty and data variability
2．3 Factor of safety and probability of failure
Chapter 3 Rock excavation methods
3．1 Introduction
3．2 Drill & blast
3．3 Blasting damage in rock
3．4 Mechanical excavation in rock
Chapter 4 Rock excavation and support
4．1 Bolts，dowels and cables
4．2 Shotcrete
4．3 Support design
Chapter 5 Rock engineering design
5．1 Structurally-controlled instability
5．2 Stress analysis & underground openings
Chapter 6 Rock mechanics design （underground）
6．1 Pillar supported mining methods
6．2 Longwall mining
6．3 Stope stability & the stability graph method
Chapter 1 Rock mass strength
1．1 Rockmass classification systems
1．2 Mohr-Coulomb failure criterion
1．3 Strength anisotropy and size
1．4 Generalised Hoek Brown failure criterion
Chapter 2 Rock engineering design
2．1 Introduction
2．2 Data collection， data uncertainty and data variability
2．3 Factor of safety and probability of failure
Chapter 3 Rock excavation methods
3．1 Introduction
3．2 Drill & blast
3．3 Blasting damage in rock
3．4 Mechanical excavation in rock
Chapter 4 Rock excavation and support
4．1 Bolts，dowels and cables
4．2 Shotcrete
4．3 Support design
Chapter 5 Rock engineering design
5．1 Structurally-controlled instability
5．2 Stress analysis & underground openings
Chapter 6 Rock mechanics design （underground）
6．1 Pillar supported mining methods
6．2 Longwal] mining
6．3 Stope stability & the stability graph method
1．1 Rockmass classification systems
1．2 Mohr-Coulomb failure criterion
1．3 Strength anisotropy and size
1．4 Generalised Hoek Brown failure criterion
Chapter 2 Rock engineering design
2．1 Introduction
2．2 Data collection， data uncertainty and data variability
2．3 Factor of safety and probability of failure
Chapter 3 Rock excavation methods
3．1 Introduction
3．2 Drill & blast
3．3 Blasting damage in rock
3．4 Mechanical excavation in rock
Chapter 4 Rock excavation and support
4．1 Bolts，dowels and cables
4．2 Shotcrete
4．3 Support design
Chapter 5 Rock engineering design
5．1 Structurally-controlled instability
5．2 Stress analysis & underground openings
Chapter 6 Rock mechanics design （underground）
6．1 Pillar supported mining methods
6．2 Longwall mining
6．3 Stope stability & the stability graph method
Chapter 1 Rock mass strength
1．1 Rockmass classification systems
1．2 Mohr-Coulomb failure criterion
1．3 Strength anisotropy and size
1．4 Generalised Hoek Brown failure criterion
Chapter 2 Rock engineering design
2．1 Introduction
2．2 Data collection， data uncertainty and data variability
2．3 Factor of safety and probability of failure
Chapter 3 Rock excavation methods
3．1 Introduction
3．2 Drill & blast
3．3 Blasting damage in rock
3．4 Mechanical excavation in rock
Chapter 4 Rock excavation and support
4．1 Bolts，dowels and cables
4．2 Shotcrete
4．3 Support design
Chapter 5 Rock engineering design
5．1 Structurally-controlled instability
5．2 Stress analysis & underground openings
Chapter 6 Rock mechanics design （underground）
6．1 Pillar supported mining methods
6．2 Longwal] mining
6．3 Stope stability & the stability graph method
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