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Multiphysics Modeling Using COMSOL 4: A First Principles Approach,9781936420094
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Multiphysics Modeling Using COMSOL 4: A First Principles Approach

by
Edition:
DVD
ISBN13:

9781936420094

ISBN10:
1936420090
Format:
Hardcover
Pub. Date:
1/24/2012
Publisher(s):
Stylus Pub Llc

Summary

COMSOL Multiphysics® software is the most popular modeling tool for engineers and scientists. With the recent release of v.4.0, it allows the user to create simulated environments for computerized modeling of physical systems and devices. Designed for use by the professional engineer or in a senior level course, Multiphysics Modeling Using COMSOL v.4 explores a wide range of models in coordinate systems from 1D to 3D and introduces the readers to the numerical analysis techniques employed in the COMSOL Multiphysics® software. It focuses on models from the electromagnetic, electronic, optical, thermal physics, and biomedical areas as examples for later applications used in the development of devices and systems. The text includes executable code for each model and related animations on the accompanying DVD.

Table of Contents

Prefacep. ix
Introductionp. xi
Modeling Methodology Using COMSOL Multiphysics 4.xp. 1
Guidelines for New COMSOL Multiphysics 4.x Modelersp. 2
Hardware Considerationsp. 2
Simple Model Setup Overviewp. 4
Basic Problem Formulation and Implicit Assumptionsp. 8
ID Window Heat Flow Modelsp. 9
1D 1 Pane Window Heat Flow Modelp. 10
1D 2 Pane Window Heat Flow Modelp. 30
1D 3 Pane Window Heat Flow Modelp. 42
First Principles as Applied to Model Definitionp. 53
Some Common Sources of Modeling Errorsp. 54
Referencesp. 55
Suggested Modeling Exercisesp. 56
Materials Properties Using COMSOL Multiphysics 4.xp. 57
Materials Properties Guidelines and Considerationsp. 57
COMSOL Materials Properties Sourcesp. 58
Other Materials Properties Sourcesp. 59
Material Property Entry Techniquesp. 60
Multi-Pane Window Modelp. 61
Referencesp. 78
0D Electrical Circuit Interface Modeling Using COMSOL Multiphysics 4.xp. 79
Guidelines for Electrical Circuit Interface Modeling in 4.xp. 80
Electrical/Electronic Circuit Considerationsp. 80
Simple Electrical Circuit Interface Model Setup Overviewp. 89
Basic Problem Formulation and Implicit Assumptionsp. 92
0D Basic Circuit Modelsp. 93
0D Resistor-Capacitor Series Circuit Modelp. 93
0D Inductor-Resistor Series Circuit Modelp. 99
0D Series-Resistor Parallel-Inductor-Capacitor Circuit Modelp. 105
0D Basic Circuit Models Analysis and Conclusionsp. 112
First Principles as Applied to 0D Model Definitionp. 113
Referencesp. 114
Suggested Modeling Exercisesp. 115
1D Modeling Using COMSOL Multiphasics 4.xp. 117
Guidelines for 1D Modeling in 4.xp. 117
1D Modeling Considerationsp. 118
1D Basic Modelsp. 119
1D KdV Equation Modelp. 119
1D Telegraph Equation Modelp. 133
1D Spherically Symmetric Transport Modelp. 151
1D Spherically Symmetric Transport Model Animationp. 167
First Principles as Applied to 1D Model Definitionp. 168
Referencesp. 169
Suggested Modeling Exercisesp. 170
2D Modeling Using COMSOL Multiphysics 4.xp. 171
Guidelines for 2D Modeling in 4.xp. 171
2D Modeling Considerationsp. 172
2D Basic Modelsp. 177
2D Electrochemical Polishing Modelp. 177
2D Hall Effect Modelp. 201
First Principles as Applied to 2D Model Definitionp. 217
Referencesp. 217
Suggested Modeling Exercisesp. 218
2D Axisymmetric Modeling Using COMSOL Multiphysics 4.xp. 221
Guidelines for 2D Axisymmetric Modeling in 4.xp. 221
2D Axismmetric Modeling Considerationsp. 222
2D Axisymmetric Basic Modelsp. 226
2D Axisymmetric Cylinder Conduction Modelp. 226
2D Axisymmetric Transient Heat Transfer Modelp. 240
First Principles as Applied to 2D Axisymmetric Model Definitionp. 257
Referencesp. 257
Suggested Modeling Exercisesp. 258
2D Simple Mixed Mode Modeling Using COMSOL Multiphysics 4.xp. 259
Guidelines for 2D Simple Mixed Mode Modeling in 4.xp. 259
2D Simple Mixed Mode Modeling Considerationsp. 260
2D Simple Mixed Mode Modelsp. 266
2D Electric Impedance Sensor Modelp. 266
2D Metal Layer on a Dielectric Block Modelp. 282
First Principles as Applied to 2D Simple Mixed Mode Model Definitionp. 303
Referencesp. 304
Suggested Modeling Exercisesp. 305
2D Complex Mixed Mode Modeling Using COMSOL Multiphysics 4.xp. 307
Guidelines for 2D Complex Mixed Mode Modeling in 4.xp. 307
2D Complex Mixed Mode Modeling Considerationsp. 308
2D Complex Mixed Mode Modelsp. 315
2D Copper Electroplating Modelp. 315
2D Electrocoalescence Oil/Water Separation Modelp. 340
First Principles as Applied to 2D Complex Mixed Mode Model Definitionp. 374
Referencesp. 374
Suggested Modeling Exercisesp. 376
3D Modeling Using COMSOL Multiphysics 4.xp. 377
Guidelines for 3D Modeling in 4.xp. 377
3D Modeling Considerationsp. 378
3D Modelsp. 382
3D Spiral Coil Microinductor Modelp. 382
3D Linear Microresistor Beam Modelp. 399
First Principles as Applied to 3D Model Definitionp. 430
Referencesp. 431
Suggested Modeling Exercisesp. 432
Perfectly Matched Layer Models Using COMSOL Multiphysics 4.xp. 433
Guidelines for Perfecdy Matched Layer (PML) Modeling in 4.xp. 433
Perfecdy Matched Layer (PML) Modeling Guidelines and Coordinate Considerationsp. 434
Perfecdy Matched Layer Modelsp. 437
2D Concave Metallic Mirror PML Modelp. 437
2D Energy Concentrator PML Modelp. 461
First Principles as Applied to PML Model Definitionp. 485
Referencesp. 486
Suggested Modeling Exercisesp. 486
Bioheat Models Using COMSOL Multiphysics 4.xp. 489
Guidelines for Bioheat Modeling in 4.xp. 489
Bioheat Modeling Considerationsp. 490
Bioheat Transfer Modelsp. 493
2D Axisymmetric Tumor Laser Irradiation Modelp. 494
2D Axisymmetric Microwave Cancer Therapy Modelp. 517
First Principles as Applied to Bioheat Model Definitionp. 542
Referencesp. 543
Suggested Modeling Exercisesp. 543
Indexp. 545
Table of Contents provided by Ingram. All Rights Reserved.


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