Artikel
Open Access
THE INFLUENCE OF PARTICLE CONCENTRATION ON THE HIGH-TEMPERATURE STRESS-STRAIN BEHAVIOR OF METAL-MATRIX COMPOSITES
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Κ. M. Murali,
Veröffentlicht/Copyright:
1. September 1993
Published Online: 1993-09
©2011 by Walter de Gruyter GmbH & Co.
Artikel in diesem Heft
- TABLE OF CONTENTS
- ELASTICITY AND CRACK PROBLEMS
- TRANSFER OF SHEAR TRACTIONS ALONG ROUGH CRACKS
- THERMODYNAMICS OF SOME VISCOPLASTIC MATERIAL MODELS WITH INTERNAL VARIABLES
- INELASTIC MEMORY VERSUS VISCOPLASTICITY OF CONTINUOUSLY DAMAGED MATERIALS
- Development of Slip Concept in Theory of Plasticity of Materials and Rocks
- THE INFLUENCE OF PARTICLE CONCENTRATION ON THE HIGH-TEMPERATURE STRESS-STRAIN BEHAVIOR OF METAL-MATRIX COMPOSITES
- On the Fast Crack Motion in Elastic and Elastic-Plastic Materials
- The Conversion of Plastic Work to Heat Around a Dynamically Propagating Crack in Metals
- CONSTITUTIVE MODEL FOR CONCRETE UNDER BIAXIAL STRESS STATE
Creative Commons
BY-NC-ND 3.0
Artikel in diesem Heft
- TABLE OF CONTENTS
- ELASTICITY AND CRACK PROBLEMS
- TRANSFER OF SHEAR TRACTIONS ALONG ROUGH CRACKS
- THERMODYNAMICS OF SOME VISCOPLASTIC MATERIAL MODELS WITH INTERNAL VARIABLES
- INELASTIC MEMORY VERSUS VISCOPLASTICITY OF CONTINUOUSLY DAMAGED MATERIALS
- Development of Slip Concept in Theory of Plasticity of Materials and Rocks
- THE INFLUENCE OF PARTICLE CONCENTRATION ON THE HIGH-TEMPERATURE STRESS-STRAIN BEHAVIOR OF METAL-MATRIX COMPOSITES
- On the Fast Crack Motion in Elastic and Elastic-Plastic Materials
- The Conversion of Plastic Work to Heat Around a Dynamically Propagating Crack in Metals
- CONSTITUTIVE MODEL FOR CONCRETE UNDER BIAXIAL STRESS STATE
