Page 12 - Using ANSYS for Finite Element Analysis Dynamic, Probabilistic, Design and Heat Transfer Analysis

Preface

Finite element method (FEM) is a well-established technique for analyz-
ing the behavior of mechanical and structural components of systems. In
recent years, the use of finite element analysis (FEA) as a design tool has
grown rapidly. Easy-to-use commercial software have become common
tools in the hands of students as well as practicing engineers.
In the first volume of this tutorial, we demonstrated the use of ANSYS
for Static Analysis of solid structures. In this volume we introduce the
following applications:

• Dynamic Analysis
• Composite Materials
• Probabilistic Design
• Heat Transfer
• Design Optimization Problems.

The main objective of this book is to serve as a practical tutorial to
help the readers gain insight into appropriate use of finite element mod-
eling, understand how to control modeling errors, benefit from hands-on
exercise at the computer workstation, and understand the safe use of the
FEM in support of designing complex load-bearing components and struc-
tures. There are many good textbooks already in existence that cover the
theory of FEMs. Similarly, there are detailed user’s manuals available for
commercial software (ANSYS). But, those are useful for advanced stu-
dents and users. Therefore, there was a need to develop a computer session
manual in line with the flow of a course and utilizing a software platform,
ANSYS, that is available in most engineering schools. Students will be
able to acquire the required level of understanding and skill in modeling,
analysis, validation, and report generation for various design problems.
This book could also be very helpful for the students of senior design
(Mechanical System Design) and FEA for Large Deformation Problems.