ABSTRACT: A project to develop an excavation design process for potential application in construction of a nuclear fuel waste disposal vault is being undertaken in Canada. Towards this end, fundamental issues in rock mechanics are being addressed. Issues include increasing the understanding of the micro-mechanical phenomena leading to time-dependent cracking in situ; quantifying rock mass damage through field measurements; coupling mechanical rock fracture analyses with thermal and hydraulic numerical tools; presenting the results from field measurements, numerical simulations and analytical calculations in terms that are relevant to excavation design; and calibrating properties related to time-dependent strength degradation using results of laboratory long-term loading tests. As such, the project encompasses a wide range of geotechnical skills and technologies.
An Integrated Approach to Excavation Design - A Project Within Canada's Used Fuel Disposal Program
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Chandler, N., Read, R., Cundall, P., Potyondy, D., Detournay, E., Young, R.P., and J.S.O. Lau. "An Integrated Approach to Excavation Design - A Project Within Canada's Used Fuel Disposal Program." Paper presented at the 4th North American Rock Mechanics Symposium, Seattle, Washington, July 2000.
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