Introduction to tensor calculus and continuum mechanics

Heinbockel J.H.

Introduction to Tensor Calculus and Continuum Mechanics is an advanced College level mathematics text. The first part of the text introduces basic concepts, notations and operations associated with the subject area of tensor calculus. The material presented is developed at a slow pace with a detailed explanation of the many tensor operations. The first half of the text concludes with an introduction to the application of tensor concepts to differential geometry and relativity. The second half of the text presents applications of tensors to areas from continuum mechanics. Tensor calculus is applied to the areas of dynamics, elasticity, fluids, electricity and magnetism. Many of the basic equations from physics, engineering and science are developed which makes the text an excellent reference work. The second half of the text concludes with an introduction to quaternions, multivectors and Clifford algebra.

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Table of contents :
COVER
……Page 1
TITLE
……Page 2
PREFACE
……Page 3
COPYRIGHT……Page 4
CONTENTS
……Page 5
1.1 INDEX NOTATION
……Page 6
1.2 TENSOR CONCEPTS AND TRANSFORMATIONS
……Page 40
1.3 SPECIAL TENSORS
……Page 71
1.4 DERIVATIVE OF A TENSOR
……Page 114
1.5 DIFFERENTIAL GEOMETRY AND RELATIVITY
……Page 135
2.1 TENSOR NOTATION FOR SCALAR AND VECTOR QUANTITIES
……Page 177
2.2 DYNAMICS
……Page 193
2.3 BASIC EQUATIONS OF CONTINUUM MECHANICS
……Page 218
2.4 CONTINUUM MECHANICS (SOLIDS)
……Page 250
2.5 CONTINUUM MECHANICS (FLUIDS)
……Page 289
2.6 ELECTRIC AND MAGNETIC FIELDS
……Page 332
BIBLIOGRAPHY
……Page 359
INDEX
……Page 370