This book provides the theory of anisotropic elasticity with the computer program for analytical solutions as well as boundary element methods. It covers the elastic analysis of two-dimensional, plate bending,
Anisotropic Elasticity with Matlab Chyanbin Hwu Part of the book series: Solid Mechanics and Its Applications ((SMIA,volume 267)) 1396 Accesses Abstract To study the behavior of an elastic continuous medium, the theory of elasticity is a generally accepted model. A simple idealized linear ...
The input guide of matlab program AEPH from "Anisotropic elasticity with Matlab", Chyanbin Hwu matlabelasticityanisotropicaeph UpdatedJul 28, 2024 Anisotropic smoothing for change-point regression data image-processingregressionsmoothingimage-analysiskernelsnonparametric-regressionnonparametrickernel-regressionchange...
Bass, J.D., 1995. Elasticity of minerals, glasses, and melts. In: Mineral Physics and Crystallography: A Handbook, pp... View more references Cited by (5) A program to calculate pulse transmission responses through transversely isotropic media 2018...
For instance, using the theory of an initial value problem for the system of elasticity with polynomial data Yakhno and Akmaz, 2005a, Yakhno and Akmaz, 2005b have developed a method for modeling and simulating waves in anisotropic elastic materials. Another method for constructing Green’s ...
The dispersion equation for the considered model has been derived by applying Biot's theory of elasticity, perturbation method and Fourier transformation techniques. The obtained dispersion equation for shear waves has been plotted graphically with the help of MATLAB software for various parameters. The...
elasticitycomplianceoptimizationWe present a pure MATLAB implementation for solving 2D/3D compliance minimization problems using the density method. A filtered design variable with a minimum length is computed using a Helmholtz-type differential equation. The optimality criteria is used as optimizer and to...
(Samples A and B). The process continues through multiple stress levels until isostatic conditions are achieved at each step, at each stress point compressional and shear wave velocities are measured. This method enables a comprehensive investigation of mechanical anisotropy, with a primary focus on ...
Cohesive zone model Phase field modeling of fracture Anisotropic elasticity Solar-grade polycrystalline silicon Finite element method 1. Introduction Accurate prediction of failure in solids is a matter of a great relevance in different industrial sectors ranging from aerospace and aeronautics to renewable ...
Elasticity Materials Mechanics Introduction Inflation-extension behavior of various arterial segments has been studied extensively, and well documented.6,29,36,40 Two early studies that investigated the anisotropy of the arterial wall using such experiments and laid the basis for the choice of the ort...