The Mechanisms of Rock Damage in Blasthole Open Stope Mining: Blast Induced Versus Stress Induced

International Society of Explosives Engineers
Qian (Ken) Liu Remi Proulx
Organization:
International Society of Explosives Engineers
Pages:
23
File Size:
900 KB
Publication Date:
Jan 1, 1995

Abstract

A large scale blast damage project was carried out over the past two years at INCO Ltd Manitoba Division co-funded by the Canada/Manitoba Mineral Development Agreement. The experiment was conducted at the T-3 Mine in two mining stopes with an experimental drift developed in the hanging-wall for the installation of monitoring instrumentation. The objective was to observe and subsequently to reduce ore dilution by monitoring the performance of blasts, the hanging wall movement, as well as the cavity of the open stopes.
Citation

APA: Qian (Ken) Liu Remi Proulx  (1995)  The Mechanisms of Rock Damage in Blasthole Open Stope Mining: Blast Induced Versus Stress Induced

MLA: Qian (Ken) Liu Remi Proulx The Mechanisms of Rock Damage in Blasthole Open Stope Mining: Blast Induced Versus Stress Induced. International Society of Explosives Engineers, 1995.

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