Proceedings of the Army Research Office Workshop on Computational Aspects of Penetration Mechanics held at the Ballistic Research Laboratory at Aberdeen Proving Ground, Maryland, 27¿29 April, 1982 Herausgegeben von Chandra, J.; Flaherty, J. E.
Proceedings of the Army Research Office Workshop on Computational Aspects of Penetration Mechanics held at the Ballistic Research Laboratory at Aberdeen Proving Ground, Maryland, 27¿29 April, 1982 Herausgegeben von Chandra, J.; Flaherty, J. E.
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Inhaltsangabe
I Computer Codes and Computational Methods for Imapct and Penetration Problems.- 1. Design of Radioactive Material Shipping Packaging for Low-Velocity Puncture Resistance.- 2. Status of the EPIC Codes, Material Characterization and New Computing Concepts at Honeywell.- 3. New Sliding Surface Techniques Enable Lagrangian Code to Handle Deep Target Penetration/Perforation Problems.- 4. Materials Issues in Computer Simulations of Penetration Mechanics.- 5. Impact on Laminated Composite Plates: A Review of Recent Computational Developments.- II Physical Modeling and Constitutive Laws.- 1. A Survey of Penetration Mechanics for Long Rods.- 2. Some Examples of the Use of Continuum Mechanical Computational Models in the Development of Engineering Models.- 3. Rheology via Nonequilibrium Molecular Dynamics.- 4. Motes on Softening and Local Instability.- 5. Comments on Some Problems in Computational Penetration Mechanics.- 6. Augmented Lagrangians in Finite Elasticity and in Plasticity.- III Modern Numerical Methods.- 1. Application of Front Tracking to Two-Dimensional Gas Dynamics Calculations.- 2. The Moving Finite Element Method: Strong Shock and Penetration Applications.- 3. On Mesh Stabilization Techniques for Underintegrated Elements.
I Computer Codes and Computational Methods for Imapct and Penetration Problems.- 1. Design of Radioactive Material Shipping Packaging for Low-Velocity Puncture Resistance.- 2. Status of the EPIC Codes, Material Characterization and New Computing Concepts at Honeywell.- 3. New Sliding Surface Techniques Enable Lagrangian Code to Handle Deep Target Penetration/Perforation Problems.- 4. Materials Issues in Computer Simulations of Penetration Mechanics.- 5. Impact on Laminated Composite Plates: A Review of Recent Computational Developments.- II Physical Modeling and Constitutive Laws.- 1. A Survey of Penetration Mechanics for Long Rods.- 2. Some Examples of the Use of Continuum Mechanical Computational Models in the Development of Engineering Models.- 3. Rheology via Nonequilibrium Molecular Dynamics.- 4. Motes on Softening and Local Instability.- 5. Comments on Some Problems in Computational Penetration Mechanics.- 6. Augmented Lagrangians in Finite Elasticity and in Plasticity.- III Modern Numerical Methods.- 1. Application of Front Tracking to Two-Dimensional Gas Dynamics Calculations.- 2. The Moving Finite Element Method: Strong Shock and Penetration Applications.- 3. On Mesh Stabilization Techniques for Underintegrated Elements.
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