ICEMCFD Master Class (Level 2)

ICEMCFD Master Class (Level 2), available at $54.99, has an average rating of 4.5, with 29 lectures, based on 21 reviews, and has 1285 subscribers.

You will learn about Students will learn about creating high quality hexa meshing for CFD Analysis This course is ideal for individuals who are Students and professionals who strive to get best CFD results based on high quality meshing. It is particularly useful for Students and professionals who strive to get best CFD results based on high quality meshing.

Enroll now: ICEMCFD Master Class (Level 2)

Summary

Title: ICEMCFD Master Class (Level 2)

Price: $54.99

Average Rating: 4.5

Number of Lectures: 29

Number of Published Lectures: 29

Number of Curriculum Items: 29

Number of Published Curriculum Objects: 29

Original Price: $74.99

Quality Status: approved

Status: Live

What You Will Learn

Students will learn about creating high quality hexa meshing for CFD Analysis

Who Should Attend

Students and professionals who strive to get best CFD results based on high quality meshing.

Target Audiences

Students and professionals who strive to get best CFD results based on high quality meshing.

Meshing is the most important part of any CFD process. Meshing is the process to divide continuous domain in discrete parts known as control volumes. After discretizing, this mesh is provided to numerical (CFD) solver to solve algebraic equations arising from partial differential equations of continuous domain. Therefore meshing is most important part of any CFD process and accuracy & stability of CFD process largely depends on good quality mesh.

It is estimated that around 70% time is spent on meshing in any CFD project. But after taking this course, you will be expert in meshing and you can generate meshes in very less time than rest of CFD community.

In meshing you can either go with full hexa meshing or tetra meshing (with prism layers). Hexa meshing is more of an art and requires great deal of time. But yields most accurate solution. It also requires less number of nodes and hence it require less compactional resources and less solution time. It also avoids numerical errors /numerical diffusivity as you can observe in tetra meshes. It is estimated that tetra meshes requires as much as five times of mesh size as that of hexa meshing.

In this course you will enhance your ICEMCFD hexa meshing skills on more complicated geometries such as circular cylinder, 3D airfoils, stirred tank, wind turbine etc. Here you will each and every trick/tip of business of CFD meshing. After going through this course, you will be able to create perfect grid according to CFD simulation requirements and hence will be able to get most accurate results in less time.

We will cover different topics as well which will increase effectiveness of hexa meshing.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Course contents

Lecture 2: How to use this course effectively

Chapter 2: Workshop 1 : Vertical cylinder with hemisphere

Lecture 1: Geometry creation

Lecture 2: Preparing geometry for ICEMCFD

Lecture 3: Hexa meshing of cylinder in ICEMCFD – Preparation for blocking

Lecture 4: Creating blocking and 3D hexa meshing

Lecture 5: Selecting solver, defining BCs and Exporting mesh for a CFD solver

Lecture 6: Creating named selection in ICEMCFD instead of spacelcaim

Chapter 3: Workshop 2: Creating geometry in ICEMCFD

Lecture 1: Creating geometry in ICEMCFD instead of SpaceClaim

Chapter 4: Workshop 3 : Re-Using blocking on new geometry with few modifications

Lecture 1: Case 1

Lecture 2: Case 2

Chapter 5: Tip : How to compare different geometries in ICEMCFD

Lecture 1: Comparing geometries in ICEMCFD

Chapter 6: Workshop 4 : Circular Cylinder with hemisphere and rectangular domain

Lecture 1: Preparation

Lecture 2: Blocking and meshing of geometry

Chapter 7: Workshop 5 : Hexa meshing of full Aircraft model (Wing-body Configuration)

Lecture 1: Hexa meshing of Aircraft

Chapter 8: Hint 2 : Correcting edge and surface association issues

Lecture 1: Association problems and their solution

Chapter 9: Hint 3: Use of edit edge command to modify pre mesh in ICEMCFD

Lecture 1: Use mesh edit edge command to increase mesh quality

Chapter 10: Hint 4 : Problems due to extra association of edges

Lecture 1: How to solve mesh issues by surface association

Chapter 11: Hint 5 : How to improve mesh quality

Lecture 1: Use of mesh bunching and other techniques to increase mesh quality

Chapter 12: Mixing tank Hexa meshing

Lecture 1: Overview

Lecture 2: Creating domain for rotating and stationary parts in Spaceclaim for design 1

Lecture 3: Hexe meshing of design 1 – Inner (rotating) domain

Lecture 4: How to re-use different blocking files to restore mesh

Lecture 5: Hexa meshing of design 1 – Outer (stationary) domain

Lecture 6: Mesh optimization and visualizing mesh in Fluent for both parts

Lecture 7: Creating domain for rotating and stationary parts in ICEMCFD for design 2

Lecture 8: Geometry preparation for inner domain hexa meshing

Lecture 9: Hexa meshing of design 2 – Inner and out domains

Lecture 10: Hexa meshing of Outerdomain

Instructors

Sijal Ahmed
CFD Engineer,CFD Instructor

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 2 votes
4 stars: 9 votes
5 stars: 10 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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