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Numerical investigation of effects of underground chamber geometry and loading density on blasting-induced stress wave propagation in anisotropic rock mass
Numerical investigation of effects of underground chamber geometry and loading density on blasting-induced stress wave propagation in anisotropic rock mass
Numerical investigation of effects of underground chamber geometry and loading density on blasting-induced stress wave propagation in anisotropic rock mass
Hao, H. (author) / Wu, C. (author) / Sijing, W. / Bingjun, F. / Zhongkui, L. / International Society for Rock Mechanics / Chinese Society for Rock Mechanics and Engineering
2nd, Asian rock mechanics symposium; Frontiers of rock mechanics and sustainable development in the 21st century ; 2001 ; Beijing
2001-01-01
4 pages
Also known as the 2001 ISRM international symposium - 2nd ARMS
Conference paper
English
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