Abstract
Dedication/Acknowledgements
Vita
List of Tables
List of Figures
Introduction

Chapter

1. An Overview of Electromagnetic Forming
        1.1. Introduction
        1.2. Electromagnetic Forming: Operation and Principle
        1.3. Benefits of Electromagnetic Forming Process
        1.4. Modeling of EM forming Process
        1.5. A Rudimentary Analysis of EM forming

2. Modeling Software: Principles and Features
        2.1. Introduction
        2.2. SPH Fundamentals
        2.3. Weaknesses of SPH and GEM Improvements
        2.4. Some Features of GEM
        2.5. Validation of GEM

3. Free Forming of Clamped Sheet
        3.1. Introduction
        3.2. Experimental Procedure
        3.3. GEM Model of The Coupon Test
        3.4. Comparison of Results
            3.4.1. Shape Evolution and Deformation
            3.4.2. Deformation Velocity and Eddy Currents
            3.4.3. Temperature Rise During The Process
        3.5. Summary

4. Free Launch of Flat Plate
        4.1. Introduction
        4.2. Experimental Procedure
        4.3. Experimental Results
        4.4. GEM Analysis: Flat Plate
        4.5. Slotted Plate: Experimental Results and GEM Analysis
        4.6. Summary

5. Modeling of Impact Welding
        5.1. Introduction
        5.2. Explosive Welding Process
        5.3. Literature Review
        5.4. Experimental Basis for The Impact Welding Simulations
        5.5. Autodyn2D SPH Solver and Impact Welding Model
        5.6. Analysis and Comparison of Results
        5.7. Summary

6. Conclusions

Appendix A
Appendix B
References