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30-Day Money-Back Guarantee

This course includes:

  • 11 hours on-demand video
  • 71 downloadable resources
  • Full lifetime access
  • Access on mobile and TV
Design Other Design ANSYS

Mastering Ansys CFD (Level 2)

External aerodynamics and turbo-machinery CFD in Ansys Fluent, ICEMCFD, Space Claim & Design Modeler
Rating: 3.8 out of 53.8 (244 ratings)
3,122 students
Created by Sijal Ahmed
Last updated 2/2020
English
English [Auto]
30-Day Money-Back Guarantee

What you'll learn

  • Should be able to process geometry in Spaceclaim.
  • Import model in ICEMCFD and create high quality tetra-prism mesh with proper resolution.
  • Solve and post process problem in Fluent
  • Be will be able to solve external aerodynamics using CFD techniques
  • Solve turbomachinery CFD
  • Understands turbulence modeling, boundary layer and Y+

Requirements

  • Basic understanding of CFD and Fluid Mechanics. Basic skills in Fluent and ICEMCFD.
  • Ansys 18.1 is recommend. We will help you in installing softwares required for this courses.
  • Computer with 8 GB RAM, preferably 16 GB RAM and i3 processor

Description

This is specially designed course for learning Ansys CFD at professional level as well for students . In this course, you will learn how to solve complex engineering problems in fluid dynamics using CFD techniques. In this I have covered each and every step of CFD simulation from geometry to meshing to solution and processing.  You will master the CFD skills on external aerodynamics and turbomachinery in this course.


There are three full high quality workshops included in this course from start to finish (Problems description, geometry creation, high quality mesh generation, problem setup and post processing of results) on following problems:


1. Aerodynamic analysis of Missile using CFD technique


2. Flow analysis of centrifugal Fan


3. CFD analysis of Ahmed Body using different turbulence model and Y+ values.







Who this course is for:

  • Engineering and science students/professional who are using CFD for problem solving.
  • Undergrad, MS and PhD students who want to apply CFD in their research.

Course content

20 sections • 104 lectures • 11h 13m total length

  • Preview01:43

  • Introduction
    02:06
  • Preview10:41

  • Opening Spaceclaim and important commands
    12:49
  • Preview02:19
  • Cleaning geometry, re-creation of important surfaces and making solids
    06:30
  • Preview04:03
  • Fluid domain creation and saving file
    07:45

  • Introduction, opening ICEMCFD, Working directory and surface resolution
    04:31
  • Creating Parts for boundary conditions
    02:26
  • Mesh settings and volue mesh generation using Octree method
    05:32
  • Improving surface mesh quality using laplace smoothing
    02:51
  • Creating density boxes and delaunay mesh
    11:57
  • Problem Description
    05:17
  • Prism mesh generation and editing
    04:21
  • Mesh info and mesh export for Fluent and CFX
    03:58

  • Opening mesh file, material properties, turbulence model and mesh units&quality
    06:34
  • Boundary conditions, solution settings and running case
    12:15
  • Post processing results and mesh adaptation for shock wave resolution
    05:50

  • Introduction and problem description for workshop 6, 7& 8
    07:38

  • Aligning Fan rotor and inlet cone
    04:36
  • Aligning Scroll with Fan rotor & Inlet cone
    05:29
  • Some advanced features of assembly creation in spaceclaim
    03:28

  • Importing IGES file and applying some preliminary settings
    03:16
  • Preview07:06
  • Recreating important surfaces
    10:38
  • Separating different components and some processing
    08:15
  • Creating final model of scroll with extended region at outlet
    08:04
  • Creating final model of Inlet-Cone with extended region at inlet
    02:36
  • Creating final model of centrifugal fan impeller
    16:32

  • Introduction and file import into ICEMCFD
    05:11
  • Creating Tetra-Prism mesh for Inlet-Cone and export in fluent format with BCs
    12:10
  • Creating Tetra-Prism mesh for Volute/Scroll : Build topology and parts
    06:11
  • Creating Tetra-Prism mesh for Volute/Scroll : Mesh generation and export
    11:52
  • Creating Tetra-Prism mesh for centrifugal fan impeller
    12:13

  • Introduction and discussion about SRF and MRF
    09:24
  • When to use MRF?
    02:04
  • Setting up SRF model in Fluent
    07:56
  • Setting up Frozen Rotor model in Fluent and mesh interfaces
    12:52
  • Setting up mixing plane model in Fluent
    05:12
  • Setting up sliding mesh model in Fluent
    08:51
  • Boundary conditions for rotating and stationary domains
    03:33
  • Summary of different turbomachinery models in Fluent
    00:49
  • Difference between Frozen rotor, mixing plane and sliding mesh model
    04:26
  • Best practices for different type of simulation cases
    04:40

Instructor

Sijal Ahmed
CFD Engineer,CFD Instructor
Sijal Ahmed
  • 4.1 Instructor Rating
  • 1,709 Reviews
  • 11,487 Students
  • 6 Courses

My name is Sijal Ahmed. And I am in CFD field since 2005 when I finished my studies in same field from one of the top university in Pakistan. I have passion for CFD and I want to spread this knowledge to students who are just starting their career. 

I have developed many courses on computational fluid dynamics and taught many students online and class room based training. You can contact me for online classes and consultancy. 


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