An Experimental Research and Analysis of the Law of Explosive Stress Wave Propagation of Cylindrical Charge

Xiang Yang Jiang; Shi Long Yan; Wei Liu

doi:10.4028/www.scientific.net/AMM.137.24

Paper Titles

Numerical Simulation for Mechanical Behavior of Carbon Black Filler Particle Reinforced Rubber Matrix Composites
p.1

The Effect of Load Direction on the Structure Capacity of Human Proximal Femur during Falling
p.7

Influence of Water Pipe Cooling on Thermal Stresses in Mass Concrete
p.12

Evaluating Shakedown for Structures Based on the Element Bearing-Ratio
p.16

An Experimental Research and Analysis of the Law of Explosive Stress Wave Propagation of Cylindrical Charge
p.24

Failure Modes of Serially Isolated System under Large Deformation
p.30

Fitting Theory and Method of Hyper-Elastic Materials’ Nonlinear Constitutive Relations Base on BP Neural Network
p.36

Numerical Analysis of KI of Semi-Elliptical Surface Crack in Steel Structure Strengthened with FRP under Tensile Load
p.42

Numerical Study on Hydrodynamic Behavior of Deepwater Spar Platform with Different Mooring Configurations
p.50

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An Experimental Research and Analysis of the Law of Explosive Stress Wave Propagation of Cylindrical Charge

Abstract:

The study obtains the parameters of the formula of pressure caused by cylindrical charge’s explosive shock wave through experiments in a pool firstly. Through testing cylindrical charge exploding in concrete specimen, the study then gets blasting strain wave’s propagation law and formula’s parameter of exploding cylindrical charge in concrete specimen.