(BQ) Part 2 book "Multiphysics modeling using COMSOL" has contents: 2D complex Mixed-Mode modeling, 3D modeling, perfectly matched layer models, bioheat models. Invite you to reference. | 7 2D Complex Mixed-Mode Modeling In This Chapter 2D Complex Mixed-Mode Guidelines for New COMSOL® Multiphysics® Modelers 2D Complex Mixed-Mode Modeling Considerations 2D Coordinate System Electrical Impedance Theory 2D Electric Impedance Sensor Model: Basic Basic 2D Electric Impedance Sensor Model: Summary and Conclusions 2D Electric Impedance Sensor Model: Advanced 2D Electric Impedance Sensor Models: Summary and Conclusions Generator and Power Distribution Basics 2D AC Generators: Static and Transient 2D AC Generator Model (2D_ACG_1): Static 2D AC Generator Model (2D_ACG_2): Transient 2D AC Generators, Static and Transient Models: Summary and Conclusions 2D AC Generator: Sector—Static and Transient 2D AC Generator Sector Model (2D_ACGS_1): Static 2D AC Generators, Static Sector Model: Summary and Conclusions 2D AC Generator Sector Model (2D_ACGS_2): Transient 2D AC Generators, Static and Transient Models: Summary and Conclusions 2D Complex Mixed-Mode Guidelines for New COMSOL® Multiphysics® Modelers 2D Complex Mixed-Mode Modeling Considerations In this chapter, the basic material on 2D modeling presented in Chapters 4, 5, and 6 will be utilized and expanded. In the earlier chapters, models were built and solved using static, quasi-static, and transient methods. In this chapter, all of those methods of solution will be employed. The physics of transient models is intrinsically more difficult 459 460 CHAPTER 7 2D COMPLEX MIXED-MODE MODELING than that for either the static or quasi-static models. Transient models require a firmer understanding of the underlying physical principles being modeled and a more complete (better) characterization of the materials employed in the model. In transient or time-dependent (., dynamic, unsteady) models, at least one of the dependent variables changes as a function of time. The 2D models in this chapter implicitly assume, in compliance with the laws of physics, that the energy flow, the materials properties, the .
