Construction Process Numerical Simulation and Experimental Research of Parallel-Adjacent Loess Tunnel
p.2186
p.2186
Study on Failure of Soft Overburden of Fully Mechanized Top Coal Caving
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Discussion on Structure Design of Shaft Lining Built in Porous Rocky Aquifer with High Water Pressure
p.2196
p.2196
Technology of Joint Support on Large Pump House in HS Soft Rock
p.2202
p.2202
Finite Element Analysis of Resisting Explosive Loading for Mine Escape Capsule
p.2206
p.2206
Transverse Free Vibration Analysis of Buried Pipeline under Simply Supported Restraint
p.2210
p.2210
State of the Art on the Prediction of Tunneling-Induced Ground Deformations
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Stability Analysis on Rectangular Transition Section Tunneling in Beiwan Horsehead Region of No. 7 Subway
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p.2224
Application of Stress Wave Reflection Method in Nondestructive Testing of Bolt
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p.2229
Finite Element Analysis of Resisting Explosive Loading for Mine Escape Capsule
Abstract:
Three-dimensional finite element model of the mine escape capsule is established. With the different values of explosion shock waves, simulation analysis of the entry locker is performed by using ABAQUS. The simulation results indicate that the mine escape capsule is safe and available if the surge pressure of shock waves is less than 3.5Mpa.
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Periodical:
Advanced Materials Research (Volumes 446-449)
Pages:
2206-2209
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Online since:
January 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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