Development of a Small-Scale Model for Caprock

International Society of Explosives Engineers
Matthew Coy Paul Worsey
Organization:
International Society of Explosives Engineers
Pages:
10
File Size:
1641 KB
Publication Date:
Jan 1, 2018

Abstract

In the blasting industry, many different techniques are used to estimate and examine the effects of varying explosives and blast designs on the breakage of a rock mass. The overall objective is to find a cost-minimized blasting solution that also conforms to the legal and environmental concerns related to blasting. A major drawback to current blasting methods is the inability to account for "caprock," or a thick overlying layer found in sedimentary rocks that creates large amounts of oversize blasted material, especially on the top of a muck pile. This can lead to underestimating oversize in shots with massive top layers. A better fundamental understanding of blasting processes with caprock is required.
Citation

APA: Matthew Coy Paul Worsey  (2018)  Development of a Small-Scale Model for Caprock

MLA: Matthew Coy Paul Worsey Development of a Small-Scale Model for Caprock. International Society of Explosives Engineers, 2018.

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