"This book introduces the computational tool, Computational Grains, used in micromechanical modeling of heterogeneous materials. Presenting the theory step-by-step and with MATLAB codes, the material is accessible and practical for readers. Ideal for graduate students and researchers in mechanical and aerospace engineering and applied mechanics"--
"This book introduces the computational tool, Computational Grains, used in micromechanical modeling of heterogeneous materials. Presenting the theory step-by-step and with MATLAB codes, the material is accessible and practical for readers. Ideal for graduate students and researchers in mechanical and aerospace engineering and applied mechanics"--
Dr. Leiting Dong is currently a Professor in the School of Aeronautic Science and Engineering of Beihang University. His areas of research include fatigue and damage tolerance design of complex metal components, multiscale analysis and design of composite materials and structures, and impact modeling and protection design of aircraft structures.
Inhaltsangabe
Preface 1. Introduction 2. Computational homogenization 3. Direct numerical simulation of materials using computational grains 4. Muskhelishvili's complex functions for 2D problems 5. Computational grains for particulate composites and porous materials 6. Computational grains for cylindrical fiber composites 7. Computational grains for nanocomposites 8. Computational grains for composites with coated inclusions 9. Computational grains for viscoelastic composites 10. Computational grains for piezoelectric composites/porous materials 11. Computational grains with embedded micro-cracks in the matrix and inclusions 12. Multiscale modeling of composite structures using computational grains.
Preface 1. Introduction 2. Computational homogenization 3. Direct numerical simulation of materials using computational grains 4. Muskhelishvili's complex functions for 2D problems 5. Computational grains for particulate composites and porous materials 6. Computational grains for cylindrical fiber composites 7. Computational grains for nanocomposites 8. Computational grains for composites with coated inclusions 9. Computational grains for viscoelastic composites 10. Computational grains for piezoelectric composites/porous materials 11. Computational grains with embedded micro-cracks in the matrix and inclusions 12. Multiscale modeling of composite structures using computational grains.
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