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ANSYS Cfx 15.0

Course Summary

"Learn how to use Ansys software to simulate most of all engineering problems on this planet as expert as you can."

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    Course Syllabus

    • ANSYS Overview
      • Ansys Product Overview
    • Ansys CFX Overview
      • Ansys CFX Overview
    • Introduction to CFD and CFX
      • Introduction and what is CFD
      • Step-by-step through CFD workflow
      • Launching CFX
      • CFX-Pre
      • CFX Solver Manager
      • CFD-Post
      • File Types Used
    • Domains, Boundary Conditions and Sources
      • Domain Basics
      • Domains: Reference Pressure
      • Domains: Setting Buoyancy
      • Domain Types (Moving / Solid)
      • Porous Domain Models
      • Materials and Multicomponent Flows
      • Boundary Conditions
      • Specifying a Well posed BC
      • Source Terms
    • Postprocessing
      • Introduction and Launching
      • 3D Standalone Viewer
      • General Workflow
      • Variables, Tables and Charts
      • Reports and Case Comparison
    • Solver Settings and Output File
      • Introduction and Initialization
      • Solver Control and Numerics
      • Timescale Control
      • Convergence
      • Other Solver Controls
      • Output Control
      • Solver Manager: Serial and Parallel
      • Solver Manager: Interactive Control
      • Output File from the Solver
    • Appendix of Ansys CFX
      • Appendix
    • Interfaces and Moving Zones
      • Introduction
      • Domain Interfaces
      • Mesh Connection Method
      • Moving Reference Frames
      • Pitch Change and Intersection
      • Mesh Deformation
    • Heat Transfer
      • Conduction, Convection and Radiation
      • Heat Transfer Models
      • Radiation Models
      • Conduction in Solids
      • Thermal Boundary Conditions
      • Conjugate Heat Transfer
      • Post-Processing Heat Transfer
      • Tips
    • Turbulence Modeling
      • Approaches to Turbulence Modelling
      • RANS (Reynolds-Averaged Navier Stokes) Models
      • Models in CFX, including k-e and k-omega
      • SST (Shear Stress Transport) Model
      • Turbulence near a Wall
      • Inlet Boundary Conditions
    • Transient Flow
      • Introduction and Motivation
      • Setting up a Transient Flow
      • Picking an Appropriate Timestep
      • Boundary Conditions and Initialization
      • Solver Control
      • Output Control

Course Fee:
USD 450

Course Type:


Course Status:



1 - 4 hours / week

This course is listed under Digital Media & Games Community

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Awards & Accolades for MyTechLogy
Winner of
Top 100 Asia
Finalist at SiTF Awards 2014 under the category Best Social & Community Product
Finalist at HR Vendor of the Year 2015 Awards under the category Best Learning Management System
Finalist at HR Vendor of the Year 2015 Awards under the category Best Talent Management Software
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