4
Computational Fluid Dynamics using

Ansys CFX

 

CFX is a commercial Computational Fluid Dynamics (CFD) program, used to simulate fluid flow in a variety of applications. The ANSYS CFX product allows engineers to test systems in a virtual environment. The scalable program has been applied to the simulation of water flowing past ship hulls, gas turbine engines (including the compressors, combustion chamber, turbines and afterburners), aircraft aerodynamics, pumps, fans, HVAC systems, mixing vessels, hydro-cyclones and more.

ANSYS CFX software has its roots in the program CFX-4, formerly Flow3D in the United Kingdom and originally developed in-house for use by the United Kingdom Atomic Energy Authority (UKAEA), and TASC flow which was developed by Advanced Scientific Computing (ASC), of Waterloo, Ontario, Canada.

Combined with the years of experience and HPC (High performance Computing) capabilities along with the modern modeling techniques the ANSYS CFX has become THE tool for the modern day engineers.

This course offers multiples workshops like Flow over a Airfoil, Cooling of electronic equipment along with an expert trainer with a vast experience of the relevant field for the assistance of the trainees thus making the course and ideal learning experience.

Course Level: Advance

Modules:

1.    Ansys Design Modeler 13.0

2.    ANSYS ICEM CFD Mesh

3.    CFX Pre

4.    CFX Solver

5.    CFD Post

 

Topics Covered: 1.    I

1.    Introduction to CFD

1.1. Basic Computational Fluid Dynamics

1.2. Mesh importance

2.    Meshing Control

2.1. Structured and unstructured mesh

2.2. Direct, Indirect Meshing techniques

2.3. Patch conformal, patch independent  meshing

2.4. Tips and Tricks for optimized brick hexahedral elements

3.    CFX GUI

3.1. CFX GUI know how

4.    Domains and Boundary Conditions

4.1. Types of Domains/media

4.2. Types of Boundary conditions

5.    Solver Settings

6.    Post-processing

6.1. Cutting Plane view

6.2.  Iso surfaces

6.3. Animations

7.    Interfaces, Sources

7.1. Volumetric heat sources

7.2.  Mass /Heat transfer interfaces

8.    Turbulence

8.1. Introduction to turbulence modelling

8.2. K-e model

8.3. K-w model

9.    Overview of Advanced Physics 

Potential Participants / Organizations

The course is explicitly designed for:

  • Students, Mechanical Engineers
  • Faculty members of Colleges / Universities
  • All type of Organizations involved in Mechanical Engineering Projects

 

Starting From Timings Last Date of Registration Fee
24-09-12

1800 to 2100

(Mon-Tue-Wed)

21-09-12

Rs:12,000 (Professionals)

Rs:10,000 (Students)

 

* 10% Discount for groups only

  • Limited Seats

Duration =          04 weeks

 

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