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Finite Element Analysis Applied to Resin and Mechanical Roof Bolting Systems for Strata Bound Deposits. Volume III Final Report.
Gerdeen-JC; Viegelahn-GL; Snyder-VW; Et Al
For Reference Only At Bureau Libraries :88 pages
The purpose of this program was to find the relationships that define the load-supporting characteristics of mechanical and resin bolt types to determine roof bolting specifications that will lead to objective comparisons between resin and conventional bolt types of yield useful data related to hole spacing and roof support characteristics. Creep properties for bolted joints were used in finite element analyses of sections of the White Pine Copper Company Mine that included analyses of bed separations in the roof and sloping faults. In situ experimental measurements were made of tension, compression, and bending of resin bolts by use of strain- gaged bolts. Evaluations of bolting effectiveness and comparisons of predicted and measured roof behavior are given. Volume III contains a study of the fully grouted resin roof bolt under traverse loading.
CP; Final Contract Report;
For Reference Only At Bureau Libraries
Michigan Technological Univ.
Page last reviewed: September 2, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division