COMSOL Multiphysics Computational Fluid Dynamics and Heat Transfer Multiphysics Simulation

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COMSOL Multiphysics Computational Fluid Dynamics and Heat Transfer Multiphysics Simulation

---Copyright Course: Project Case Engineering Experience Topic

I. Special topic goal:explain by combining theory with engineering examples, master the modeling and simulation calculation of computational fluid dynamics, heat transfer and other physical phenomena in engineering by COMSOL software

II. Engineering cases:10 engineering cases

III.Typical problems:cylinder turbulence, fluid flow in rotating machinery, multiphase flow, fluid-solid coupling, heat transfer in heat exchangers, phase change heat transfer, natural convection cooling, microwave heating, etc.

IV. Key points of knowledge: computational fluid dynamics, heat transfer related problems

V. Thematic maps:

VI. Course Outline

module	training target	main content
COMSOL Basic Functions	Master COMSOL basic functions and basic operation flow	COMSOL workflow and work interface COMSOL Geometry Creation Function COMSOL geometry import function COMSOL Geometry Processing Skills COMSOL Material Definition COMSOL Mesh Dissection Operation Skills COMSOL Solver Introduction and Selection COMSOL Result Post-processing Case 1: Geometric modeling, mesh generation, and post-processing examples
COMSOL Advanced Applications and Optimization Physics Field Techniques	Master COMSOL advanced application and optimization algorithm theory, and have engineering application ability	common functions COMSOL Custom Parameters Common Errors Introduction to Optimization Theory and Algorithm Gradient Optimization Solvers and Gradient Free Optimization Solvers Parameter estimation optimization COMFIT DATA CURVE Develop, manage and deploy simulationAPPs Case 2: Optimization Modeling Example
CFD module technology detailed explanation	Master fluid mechanics theory and have engineering application ability	Basic principles of fluid mechanics Introduction to Computational Fluid Dynamics Detailed explanation of governing equations of fluid flow fluid flow classification Detailed explanation of main physical interfaces of computational fluid dynamics module Boundary Conditions and Solving Equations Creep flow, laminar flow modeling turbulence modelling Porous Media and Groundwater Flow multiphase flow Particle tracking in fluids Modeling of fluid-solid coupling multi-physical fields Case 3: Simulation of cylindrical turbulent flow field Case 4: Fluid Flow in Rotating Machinery Case 5:Multiphase flow analysis Case 6: Fluid-Solid Coupling Analysis
Heat Transfer Module Technology Details	Master heat transfer theory and have engineering application ability	Basic theory of heat transfer heat conduction dependent interface thermal convection correlation interface thermal radiation correlation interface Heat Transfer Equations and Boundary Conditions Thin film conditions and thermal contact nonisothermal flow heat transfer between pipe and porous medium phase change heat transfer thermal radiation electromagnetic heat Case 7: Heat Transfer of Electronic Chip Heat Sink Case8: Natural Convection Cooling Analysis Case9:Phase Change Heat Transfer Analysis Case10: Microwave Heating Analysis
1. The teacher will analyze the practical problems you put forward, discuss and answer questions together with you in class, and give suggestions and guidelines to help you solve technical difficulties in your work (individual problems can be consulted by the teacher after class). 2. This technical support requires students to fill in the questionnaire carefully and feedback it in time.

VII. Training costs:

1, 4000 USD/person, accommodation can be arranged uniformly, the cost is self-sufficient. Two people enjoy 10% off, three people (inclusive) enjoy 8.5% off, students and teachers enjoy 10% off with certificates.

2. You can enjoy free service for one year.

Contact:

Prof. Tian：WhatsApp：+86 15029941570 | Mailbox：540673737@qq.com