Observation of High-Speed Fracture Phenomena of Glass Containers by Using Underwater Shockwave

Shinjiro Kawabe; Hidetoshi Sakamoto; Yoshifumi Ohbuchi; Shigeru Itoh

doi:10.4028/www.scientific.net/MSF.673.53

Paper Titles

A Framework for Analyzing the Microstructure Level Thermomechanical Response Polymer Bonded Explosives
p.21

Flow Visualization and Thermal-Fluid Flow Phenomenon in Single Plate Heat Exchanger with Various Plate Shapes Formed by Shock Processing Method
p.35

Modeling a Supersonic Solid State Detonation in an Overdriven Porous Mixture of Aluminum and Teflon
p.41

Modification of BKW EOS Introducing Density-Dependent Molecular Covolumes Concept
p.47

Observation of High-Speed Fracture Phenomena of Glass Containers by Using Underwater Shockwave
p.53

High Temperature Elastic Properties of Refractory Materials
p.59

Experimental Study in H₂/CO/CH₄-Air and H₂/CO/C₃H₈-Air Premixed Flames. Part 1: Laminar Burning Velocities and Markstein Lengths
p.65

Experimental Study in H₂/CO/CH₄–Air and H₂/CO/C₃H₈–Air Premixed Flames. Part 2: Cellular Instabilities
p.71

Testing Techniques to Eliminate Frictional Effect and to Achieve Constant Strain-Rate in Split Hopkinson Pressure Bar Impact Compression System
p.77

HomeMaterials Science ForumMaterials Science Forum Vol. 673Observation of High-Speed Fracture Phenomena of...

Observation of High-Speed Fracture Phenomena of Glass Containers by Using Underwater Shockwave

Abstract:

The glass containers crushing process for recycling by using underwater shockwave was observed and the new cullet generation technique by explosive energy was proposed. In this study, the high-speed fracture behaviors of glass containers were visualized by using the high-speed photography and FEM simulation.