تحلیل المان محدود با میز کار ANSYS

Finite Element Analysis with ANSYS Workbench is written for students who want to use ANSYS software while learning the finite element method. The book is also suitable for designers and engineers before using the software to analyze realistic problems. The books presents the finite element formulations for solving engineering problems in the fields of solid mechanics, heat transfer, thermal stress and fluid flows. For solid mechanics problems, the truss, beam, plane stress, plate, 3D solid elements are employed for structural, vibration, eigenvalues, buckling and failure analyses. For heat transfer problems, the steady-state and transient formulations for heat conduction, convection and radiation are presented and for fluid problems, both incompressible and compressible flows using fluent are analyzed. The book contains twelve chapters describing different analysis disciplines in engineering problems. In each chapter, the governing differential equations and the finite element method are presented. An academic examples used to demonstrate the ANSYS procedure for solving it in detail. An application example is also included at the end of each chapter to highlight the software capability for analyzing practical problems. Written for students who want to use ANSYS software while learning the finite element method, this book is also suitable for designers and engineers before using the software to analyse realistic problems. The books presents the finite element formulations for solving engineering problems in the fields of solid mechanics, heat transfer, thermal stress and fluid flows. For solid mechanics problems, the truss, beam, plane stress, plate, 3D solid elements are employed for structural, vibration, eigenvalues, buckling and failure analyses. For heat transfer problems, the steady-state and transient formulations for heat conduction, convection and radiation are presented and for fluid problems, both incompressible and compressible flows using fluent are analyzed. The book contains twelve chapters describing different analysis disciplines in engineering problems. In each chapter, the governing differential equations and the finite element method are presented. An academic examples used to demonstrate the ANSYS procedure for solving it in detail. An application example is also included at the end of each chapter to highlight the software capability for analysing practical problems. Table of Contents Preface Introduction Truss Analysis Beam Analysis Plane Stress Analysis Plate Bending Analysis Three-Dimensional Solid Analysis Vibration Analysis Failure Analysis Heat Transfer Analysis Thermal Stress Analysis Incompressible Flow Analysis Compressible Flow Analysis Bibliography Index. Full title page 2 Copyright 3 PREFACE 4 CONTENTS 6 02_ANSYS Chapter 1 Introduction 10 03_ANSYS Chapter 2 Truss Analysis 22 04_ANSYS Chapter 3 Beam Analysis 50 05_ANSYS Chapter 4 Plane Stress Analysis 70 06_ANSYS Chapter 5 Plate Bending Analysis 90 07_ANSYS Chapter 6 Three-Dimensional Solid Analysis 108 08_ANSYS Chapter 7 Vibration Analysis 126 09_ANSYS Chapter 8 Failure Analysis 144 10_ANSYS Chapter 9 Heat Transfer Analysis 174 11_ANSYS Chapter 10 Thermal Stress Analysis 194 12_ANSYS Chapter 11 Incompressible Flow Analysis 216 13_ANSYS Chapter 12 Compressible Flow Analysis 240 14_ANSYS Bibliography 268 15_ANSYS Index 272 Blank Page 1