Shock Wave and High-Strain-Rate Phenomena in Materials | 0 Meyers, | T

Book

Shock Wave and High-Strain-Rate Phenomena in Materials

ABSTRACT

These proceedings of EXPLOMET 90, the International Conference on the Materials Effects of Shock-Wave and High-Strain-Rate Phenomena, held August 1990, in La Jolla, California, represent a global and up-to-date appraisal of this field. Contributions (more than 100) deal with high-strain-rate deforma

TABLE OF CONTENTS

part Section I|230 pages

High-Strain-Rate Deformation

chapter 1|18 pages

Dynamic Deformation and Failure

chapter 2|14 pages

Mechanical Behavior of Composite Materials Under Impact Loading

chapter 3|14 pages

New Directions in Research on Dynamic Deformation of Materials

chapter 4|20 pages

Constitutive Equations at High Strain Rates

chapter 5|18 pages

Material Deformation at High Strain Rates

chapter 6|10 pages

Microstructure and Fracture During High-Rate Forming of Iron and Tantalum

chapter 7|10 pages

High-Velocity Tensile Properties of Ti-15V-3Cr-3AI-3Sn Alloys

chapter 8|10 pages

Mechanical Behavior of a High-Strength Austenitic Steel Under Dynamical Biaxial Loading

chapter 9|10 pages

Mechanical and Microstructural Response of Ni3AI at High Strain Rates and Elevated Temperatures

chapter 10|10 pages

Influence of Mechanical Twinning on the Deformation Behavior of Armco Iron

chapter 11|10 pages

Microstructure Dependence of High-Strain-Rate Deformation and Damage Development in Tungsten Heavy Alloys

chapter 12|14 pages

Short and Long Transients in Dynamic Plasticity of Metals, Modeling and Experimental Facts

chapter 13|10 pages

High-Strain-Rate Titanium Compression: Experimental Results and Modelization

chapter 14|10 pages

Modeling of Flow Stress in Steels as a Function of Strain Rate and Temperature

chapter 15|12 pages

Ductile Fracture of Cu-1% Pb at High Strain Rates

chapter 16|10 pages

Plastic Flow Localization at High Strain Rates

chapter 17|10 pages

The Deformation of Tungsten Alloys at High Strain Rates

chapter 18|10 pages

Texture-Induced Anisotropy and High-Strain-Rate Deformation in Metals

chapter 19|8 pages

Shock-Wave Deformation of W-Ni-Fe Heavy Alloys at Elevated Temperatures

part Section II|90 pages

Shock and Combustion Synthesis

chapter 20|12 pages

Diamond Formation in Aluminum-Nickel/Graphite Under Shock Loading

chapter 21|8 pages

Shock-Initiated Chemical Reactions in 1:1 Atomic Percent Nickel-Silicon Powder Mixtures

chapter 22|8 pages

Thermochemistry of Shock-Induced Exothermic Reactions in Selected Porous Mixtures

chapter 23|10 pages

Reaction Synthesis/Dynamic Compaction of Titanium Carbide and Titanium Diboride

chapter 24|12 pages

Shock-Induced Chemical Reactions and Synthesis of Binary Compounds

chapter 25|10 pages

Dynamic Compaction of Combustion Synthesized TiC-Al2O3 Composite

chapter 26|10 pages

Explosive Compaction Processing of Combustion Synthesized Ceramics and Cermets

chapter 27|8 pages

Shock Synthesis of Silicides

chapter 28|10 pages

Shock Recovery Experiment of Carbon

part Section III|170 pages

Dynamic Consolidation

chapter 29|16 pages

Shock-Compression Processing in Japan

chapter 30|14 pages

Shock Consolidation of Diamond

chapter 31|8 pages

Shock Compaction of Diamond Powder in Reactive Mixtures

chapter 32|10 pages

Method for Determining Pressure Required for Shock Compaction of Powders

chapter 33|12 pages

Effect of Internal Gas Pressure on the Shook Consolidation of 304 Stainless Steel Powders

chapter 34|10 pages

Dynamic Consolidation of Intermetallics

chapter 35|14 pages

Shock Densification/Hot Isostatic Pressing of Titanium Aluminide

chapter 36|8 pages

Computer Simulations of Laser Shock Compaction of Powders

chapter 37|10 pages

Underwater-Shock Consolidation of Difficult-to-Consolidate Powders

chapter 38|8 pages

Several Techniques for One-Dimensional Strain Shock Consolidation of Multiple Samples

chapter 39|10 pages

Dynamic Compaction of Copper Powder: Experimental Results and 2D Numerical Simulations

chapter 40|10 pages

Microstructure of Explosively Compacted Ceramic Materials

chapter 41|10 pages

Hot Shock Consolidation of Diamond and Cubic Boron Nitride Powders

chapter 42|10 pages

Importance of Preheating at Dynamic Consolidation of Some Hard Materials

chapter 43|10 pages

Equation of State of Porous Metals in Explosive Compaction

chapter 44|8 pages

Influence of Environment Condition on Conservation of Explosively Obtained Diamond

part Section IV|126 pages

Shaped Charge Phenomena

chapter 45|10 pages

Shaped Charge Jetting of Metals at Very High Strain Rates

chapter 46|18 pages

High-Strain-Rate Deformation of Copper in Shaped Charge Jets

chapter 47|8 pages

Comparative Studies of Shaped Charge Component Microstructures

chapter 48|14 pages

High Strain, High-Strain-Rate Deformation of Copper

chapter 49|12 pages

Material Characteristics Related to the Fracture and Participation of Electrodeposited-Copper Shaped Charge Jets

chapter 50|10 pages

RHA Plate Perforation by a Shaped-Charge Jet: Experiment and Hydrocode Simulation

chapter 51|8 pages

On the Relationship Between the Microstructural Condition of the Liner and the Performance of a Shaped Charge

chapter 52|14 pages

Transformation and Structural Changes in Metal Under Shock and Dynamic Loading

chapter 53|10 pages

High-Strain-Rate Deformation Behavior of Shocked Copper

chapter 54|14 pages

Characterization of Copper Shaped-Charge Liner Materials at Tensile Strain Rates of 104s-1

chapter 55|6 pages

Correlation Between the Ultimate Elongations of Rapidly Expanding Rings and Stretching Metal Jets

part Section V|86 pages

Shear Localization

chapter 56|10 pages

On the Instability of the Uniform Shear Deformation in Viscoplastic Materials: The Material Instability and the Dynamic Instability

chapter 57|8 pages

Reverse-Ballisitic Impact Study of Shear Plug Formation and Displacement in Ti6AI4V

chapter 58|8 pages

Survey of Adiabatic Shear Phenomena in Armor Steels with Perforation

chapter 59|12 pages

Formation of Controlled Adiabatic Shear Bands in AISI 4340 High Strength Steel

chapter 60|12 pages

Adiabatic Shear – Band Formation in Explosives Due to Impact

chapter 61|12 pages

A Dislocation-Microscopic Approach to Shear Band Formation in Crystalline Solids During Shock or Impact

chapter 62|12 pages

Mechanical Properties in Shear at Very High Strain Rate of AISI 316 Stainless Steel and of a Pure Iron Comparison with Tensile Properties

chapter 63|10 pages

Localized Melting During the Separation of High Strength Tensile Samples

part Section VI|90 pages

Dynamic Fracture

chapter 64|8 pages

Fragmentation Processes for High-Velocity Impacts

chapter 65|10 pages

Natural Fragmentation of Exploding Cylinders

chapter 66|10 pages

Rate-Dependent Modeling of Multidimensional Impact and Post-Spall Behavior

chapter 67|8 pages

Spall of Differently Treated High-Strength Low-Alloy Steel

chapter 68|10 pages

Spalling of Aluminum and Copper Targets by Laser Shocks

chapter 69|8 pages

On Anomalous Increase of Steel Spall Strength and Its Relationship to Martensitic Transformation

chapter 70|10 pages

The Influence of Shock Pre-Strain and Peak Pressure on Spall Behavior of 4340 Steel

chapter 71|6 pages

Dynamic Fracture (Spalling) of Some Structural Steels

chapter 72|8 pages

The Dynamic Strength of Copper Single Crystals

chapter 73|10 pages

Compression-Induced High-Strain-Rate Void Collapse

part Section VII|80 pages

Shock Phenomena and Superconductivity

chapter 74|14 pages

Magnetic and Electrical Properties of Shock Compacted High-Tc Superconductors

chapter 75|12 pages

Shock Treatment of HighTc Ceramics

chapter 76|10 pages

Enhanced Superconducting Properties and Defects in Shock Compacted YBa2Cu3O7-x and Shock-Synthesized TI2Ba2CuO6 Superconductors

chapter 77|8 pages

Low Peak Shock Presssure Effects on Superconductivity in Bi7Pb3Sr10Ca10Cu150x

chapter 78|8 pages

Thermal Recovery and Kinetic Studies of Degraded High-Tc Superconductivity on Explosively Fabricated (Shock-Loaded) YBa2Cu3O7 and Bi7Pb3Sr10Ca10Cu15Ox

chapter 79|10 pages

Microstructural Modifications and Critical Current Densities of Explosively Compacted Oxide Superconductors

chapter 80|8 pages

Structural Changes in Metallic and Superconducting (YBa2Cu3O7) Powders Induced by Laser-Driven Shocks

chapter 81|8 pages

A Comparison of Residual Superconductivity in Shock Processed, Oxygen Deficient, and Irradiated Y-Ba-Cu-O

part Section VIII|138 pages

Shock Waves and Shock Loading

chapter 82|12 pages

Defect Nucleation Under Shock Loading

chapter 83|12 pages

Shock Processing Research in the People's Republic of China

chapter 84|14 pages

Shock Experiments in Metals and Ceramics

chapter 85|12 pages

Novel Applications of Shock Recovery Experiments

chapter 86|10 pages

Defect Structures of Shocked Tantalum

chapter 87|12 pages

Shock Characterization of Epoxy-42 Volume Percent Glass Microballons

chapter 88|10 pages

Dynamic Yield Strength and Spall Strength Measurements Under Quasi-lsentropic Loading

chapter 89|14 pages

Energetics of Nanodefect Structures in Shocked Crystals

chapter 90|10 pages

Measurement of Residual Temperatures in Shock Loaded Cylindrical Samples of 304 Stainless Steel

chapter 91|8 pages

Pressure-Temperature History of Thin Films Recovered from Mbar Shock Pressures

chapter 92|8 pages

Numerical Simulation of a Sample Recovery Fixture for High Velocity Impact

chapter 93|8 pages

Phase Transition and Hugoniot Data in Shock Loaded Bismuth

chapter 94|6 pages

The Prescribed Minimum of Impacted Point Velocity in Multilayer Explosive Welding of Amorphous Foils

part Section IX|100 pages

Shock and Dynamic Phenomena in Ceramics

chapter 95|10 pages

Crack Behavior and Dynamic Response of Alumina Under Impact Loading

chapter 96|8 pages

Response of Shock-Loaded AIN Ceramics Determined with In-Material Manganin Gauges

chapter 97|10 pages

Response of Alpha-Aluminum Oxide to Shock Impact

chapter 98|10 pages

Dynamic Fracture and Failure Mechanisms of Ceramic Bars

chapter 99|8 pages

Ballistic Impact Behavior of SIC Reinforced Aluminum Alloy Matrix Composites

chapter 100|10 pages

Extent of Damage Induced in Titanium Diboride Under Shock Loading

chapter 101|6 pages

High-Strain-Rate Characterization of Ceramics in Shear

chapter 102|8 pages

A Computational Constitutive Model for Brittle Materials Subjected to Large Strains, High Strain Rates, and High Pressures

chapter 103|10 pages

Planar-Shock and Penetration Response of Ceramics

chapter 104|8 pages

High-Strain-Rate Compression and Fracture of B4C-Aluminum Cermets

chapter 105|10 pages

Dynamic Response of Magnesia Partially Stabilized Zirconia

part Section X|40 pages

Explosive Welding and Metal Working

chapter 106|8 pages

Equipment for Localization of Explosion

chapter 107|10 pages

Effect of Experimental Parameters on the Size of Wavy Interface in Multilayered Material Made By Single-Shot Explosive Bonding Technique

chapter 108|12 pages

Laser-Driven Miniature Plates for One-Dimensional Impacts at 0.5 – ≥6 km/s

chapter 109|8 pages

Vibrational Mechanisms in Explosive Welding