Gun Bullet Collision and Penetration Problem in Polycarbonate Board

Katsuya Gotoh; Hidetoshi Sakamoto; Y. Ohbuchi; T. Katayama; Y. Nakamachi; H. Ando

doi:10.4028/www.scientific.net/KEM.627.257

Paper Titles

Characterization of Local Deformation in Welded Joints Using a Combined Experimental and Numerical Approach
p.241

The Effect of Anchorage Strength with Anchorage Capacity in Flat Plate
p.245

Experimental Study on Pounding between Structures during Damaging Earthquakes
p.249

High Speed Fracture Phenomena by Underwater Shockwave of Explosive Energy and Large Current Pulse in Glass Container
p.253

Gun Bullet Collision and Penetration Problem in Polycarbonate Board
p.257

Design/Manufacturing System for Composite Ankle Foot Orthosis
p.261

Fatigue Characteristics of Nonferrous Bolts at Elevated Temperature
p.265

Crack Analysis in Piezoelectric Semiconductors
p.269

Evaluation of Crack Tip Stress Field Using Combination of Advanced Implementation of Over-Deterministic Method and FE Analysis
p.273

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Gun Bullet Collision and Penetration Problem in Polycarbonate Board

Abstract:

The purpose of this study is development of gun-bullet protection board. In this experiment, the air gun’s performance and the effective bullet supporting sabot’s shape were evaluated. The launched gun-bullet velocity was measured by high speed video method.