This second book in the Multiphysics Modeling series will present the reader with a solved problem that utilizes the AC/DC Module. This model is based on AC/DC multiphysics modeling and employs the use of physics first principles for its solution with inductive conductivity measurements using COMSOL (v4.x) and MATLAB. The book presents multiphysics models using the step-by-step techniques with the modeling tree paradigm as found in COMSOL Multiphysics v.4.x software. A companion disc with the executable copies of each specific model and figures from the book is included. Features: Presents multiphysics models using the step-by-step techniques with the modeling tree paradigm as found in COMSOL Multiphysics v.

4.x software Uses step-by-step techniques applying the new modeling tree paradigm and couples them to MATLAB through COMSOL LiveLink(tm) for further analysis. Covers Physics First Principles analysis relevant to the modeling problems that will be correlated with observed behaviors Includes a companion disc with executable copies of each specific model and figures from the book Brief Table of Contents: Chapter 1: Modeling Methodology Using COMSOL 4. Chapter 2: Applicable AC/DC Theory. Chapter 3: Designing the Inductive Measurement Model. Chapter 4: Building the Inductive Measurement Model. Chapter 5: Inductive Measurement Model Results. Chapter 6: Variations on the Inductive Measurement Model.

Chapter 7: Using COMSOL LiveLink and MATLAB. Chapter 8: Conclusions.