Mathematical and Mechanical Methods in Composite Materials

Author: Tian Zongruo
Publisher:
Publish Date: 2004-11-01
Features: This book is a specialized monograph on the strength analysis of cracked, dynamic orthotropic composite materials. It is divided into seven chapters.
Chapter 1: Solving shear-type crack problems in orthotropic plates using Hankel integrals in the equivalent space;
Chapter 2: Shear-type dynamic fracture problems in orthotropic plates;
Chapter 3: Numerical solutions for dynamic shear-type stress intensity factors in orthotropic plates;
Chapter 4: Solving mixed-loading inclined crack problems in orthotropic plates using the virtual displacement method of the boundary element method (BEM);
Chapter 5: Stress field, displacement field, and stress intensity factors for edge crack problems in orthotropic plates;
Chapter 6: Geodesic method for fiber-wound shells and new ideas in structural design theory;
Chapter 7: Dynamic properties and thermal deformation of fiber-reinforced composite materials.
This book is available for reference for scientists and engineers in the fields of aerospace, shipbuilding, construction, composite materials, as well as university teachers and graduate students.