Al-Zaidee Dr. Salah R

7.1 and 7.2 Introduction, Numerical and Simulation Methods

Formulas and Tables (Part 01)

Section 5.2 Stress-strain Relationship for Shear (Part 2)

Section 5.6 Generalized Hooke's Law for Isotropic Materials (Part 01)

Section 5.2 Stress-strain Relationship for Shear (Part 1)

Section 5.1

Section 6.3 Moments of Functions of Random Variables (Part 02)

Section 6.3 Moments of Functions of Random Variables (Part 01)

Section 6.1 Functions of Random Variables (Introduction)

Section 4.3 Force Method of Analysis (Part 02)

Section 5.3 Useful Probability Distributions (Part 03)

Section 5.3 Useful Probability Distributions (Part 02)

Preface

Section 5.3 Useful Probability Distributions (Part 01)

Section 5.2 Random Variable and Probability Distributions (Part 03)

Section 3.2 Deformation of Axially Loaded Bars (Part 02)

Section 3.2 Deformation of Axially Loaded Bars (Part 01)

Section 3.1 Introduction to Axial Deformations

Section 5.2 Random Variable and Probability Distributions (Part 02)

Section 5.2 Random Variable and Probability Distributions (Part 01)

Section 5.1 Analytical Models, Introduction

Section 2.7 Thermal Strain and Deformations

Section 2.6 Poisson Ratio

Section 2.4 Hooke's Law and Section 2.5 Further Remarks

Section 4.6 to 4.9 Complementary Events, “and” and “or”, Addition Rules, Multiplication Rules

Section 4.4 Probability and Its Interpretations

Section 4.5 Axioms of Probability

Section 2.3 Stress-strain Relationships

Section 2.2 The Tension Test and the Normal Strain

Section 1.9 Analysis for Normal and Shear Stresses (Part 02)