Engineering Geology Problems Associated With Cavernous Formations ? Summary

Society for Mining, Metallurgy & Exploration
Reese E. Mallette
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
12
File Size:
666 KB
Publication Date:
Jan 1, 1975

Abstract

This paper makes five major points which may be contributions to the art of limestone sinkhole engineering. First, solution cavity development in limestones is dependent in great measure on pyrite contained within the limestone. Second, rock failure is rarely involved in sinkhole problems, while soil failures are almost always the mode of occurrence. Third, draw down, depression of the water table, is a primary causative factor in sinkhole development. Fourth, lateral movement of vadose water along the soil-rock interface, sub-soil erosion, is the mechanism by which soil is stoped, raveled, piped, or removed from the soil cavern. Fifth, the ultimate or triggering factor in localizing a sinkhole collapse is any superposed mechanism which disrupts the continuity of an impermeable clay soil overburden. The above theses are presented as extensions of our observation and of published literature, with the suggestion that additional study of these mechanisms is warranted.
Citation

APA: Reese E. Mallette  (1975)  Engineering Geology Problems Associated With Cavernous Formations ? Summary

MLA: Reese E. Mallette Engineering Geology Problems Associated With Cavernous Formations ? Summary. Society for Mining, Metallurgy & Exploration, 1975.

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