<p>The essence of this book is the innovative approach used to learn ANSYS software by imitation, i.e. using the examples provided in this book. The primary aim of this book is to assist in learning the use of the ANSYS software through examples taken from various areas of engineering. An attempt has been made to provide the readers with a comprehensive cross section of analysis types, in order to provide a broad choice of examples to be imitated in one s own work. This book is exclusively structured around ANSYS, and no other finite element (FE) software currently available is considered. The book is divided into four sections. Section I introduces the readers to the brief overview of ANSYS. Section II deals with the APDL part of ANSYS. Section III concentrates on ANSYS using Workbench. It contains tutorials on problems solved using Workbench. Section IV deals with cases of CFD / CFX problems solved using ANSYS. Chapter 20 provides a brief overview of ANSYS CFX. Chapter 21 consists of illustrations to help users use the CFX part of ANSYS in a hassle-free manner. Salient Features: Provides a variety of solved problems using APDL. The non-linear structural analysis part is explained with real-life examples. A chapter on Composites, which in recent times have been used extensively in aircraft structures, automobiles, sporting goods, and many consumer product, is dealt with. The text is well supported by illustrations for a more clear understanding of all the sections of ANSYS.</p>

Working with ANSYS A Tutorial Approach

Kaushik Kumar

Divya Zindani

Apurba Kumar Roy

I.K.International Publishing House

The book starts with the law of forces, free-body diagrams, basic information on materials strength including stresses and strains. It further discusses principles of transmission of power and elementary designs of gears, spring, etc. This part concludes with mechanical vibrations, their importance, types, isolation and critical speed. The second part, Thermal Engineering, deals with basics and laws of thermodynamics; pure substances and their properties. It further includes laws of heat transfer, insulation, and heat exchanges. This part concludes with a detailed discussion on refrigeration and air conditioning. Part three, Fluid Mechanics and Hydraulics, includes properties of fluids, measurement of pressure, Bernoull's equation, hydraulic turbine, pumps and various other hydraulic devices. Part four, Manufacturing Technology, mainly deals with various manufacturing processes such as metal forming, casting, cutting, joining, welding, surface finishing and powder metallurgy. It further deals with conventional and non-conventional machining techniques, fluid power control and automation including hydraulic and pneumatic systems and automation of mechanical systems. Part five, Automobile Engineering deals with various aspects of IC and SI engines and their classification, etc. Four- and two-stroke engines also find place in this section. Next, systems in automobiles including suspension and power transmission systems, starting, ignition, charging and fuel injection systems. The last section deals with power plant engineering and energy. It includes power plant layout, surface condensers, steam generators, boilers and gas turbine plants. It concludes with renewable, non- renewable, conventional and non-conventional sources of energy, and energy conversion devices.

Basic Mechanical Engineering

Sanghamitra Debta

Materials Science and Engineering

Nehal Dash

Dreamtech Press

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