Contents of the 5th International Workshop on the Application of Geophysics to Rock Engineering
July 7th 2002, Delta Chelsea Hotel, Toronto, Canada
1. Seismic Imaging of Fractured Media by Laura J. Pyrak-Nolte (Purdue University, USA)
2. Elastic wave propagation in and permeability for rocks with sets of aligned fractures by Michael King (Imperial College of Science, Technology and Medicine, UK)
3. Fracture Imaging with Elastic Waves by Kurt Nihei, Seiji Nakagawa, Larry R. Myer and Ernest L. Majer (Lawrence Berkeley National Laboratory, USA)
4. The Progress Report on the Proposed Suggested Methods of Geophysics for Rock Engineering by Toru Takahashi (The Working Group on Standardization of Geophysical Methods for Rock Engineering)
5. Modeling wave propagation through multiple rock fractures by M. W. Hildyard (CSIR, South Africa)
6. Moment Tensors: What can and can't they tell us about complex rock fracture by Cezar I. Trifu (Engineering Seismology Group Inc., Canada)
7. 3D Numerical Modeling of Acoustic Emissions by James F. Hazzard (University of Liverpool, U.K.)
8. Experimental studies of Rock Fracture by Karen Mair (University of Liverpool, U.K.)
9. Multi-azimuth VSP methods for fractured rock characterization by Calin Cosma, and Nicoleta Enescu (Vibrometric, Canada)
10. Suggested method for in-situ stress measurement from a rock core using the Acoustic Emission technique by Working Group for estimating the primary state of stress in a rock mass using the Acoustic Emission technique
12. Some fundamental studies on the AE method and its application to in-situ stress measurements in Japan by M. Seto*, M. Utagawa*, and K. Katsuyama** (*National Institute of Advanced Industrial Science and Technology, Japan, **Ehime University, Japan)
13. Stress measurements from oriented core in Australia by Ernesto Villaescusa*, Jianping Li*, and M. Seto** (*Western Australian School of Mines, ** National Institute of Advanced Industrial Science and Technology, Japan.)
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