Mastering Ansys CFD (Level 2)

Last updated 4/2023
Created by Sijal Ahmed
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 138 Lectures ( 18h 10m ) | Size: 22.1 GB

External aerodynamics and turbo-machinery CFD in Ansys Fluent, ICEMCFD, Space Claim & Design Modeler

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 the most practical type of CFD course available online. This will enhance your CFD skill level from basic to very advanced level. CFD is the is filed of science to solve fluid dynamics and heat transfer problems using numerical models on computer. With the advent of high end computers, it is now possible to solve these problems with great detail which will help you in preliminary and also in detailed design phase. This is specially designed course for learning Ansys CFD at professional level  . In this course, you will learn how to solve complex engineering problems in fluid dynamics using CFD techniques. You will go through 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.  Our main emphasis is on the learning the actual process of CFD simulation. That is to extract important info from the given data, create geometry, clean geometry and create domain around it. This is done in Spaceclaim and design modeler. After that we mesh that geometry with state of the art CFD software such as ICEMCFD. Subsequently that mesh is imported into Fluent or CFX to solve the equations of flow and heat transfer numerically in iterative fashion. You will learn how to setup problem, how to apply most appropriate boundary conditions How to choose best turbulence model, what should be best Y+ value and how to choose and implement in your CFD model. After that you will about solution and solution and data monitoring. After solution, you will learn how to post process results, how to understand them and most importantly how to compare them with available  analytical and/or experimental data. In absence of these two options how to apply best practices to ensure highest possible quality of your CFD analysis. Latest workshop added in this course is on April 02 2023:  “CFD Analysis of Tulip vertical axis wind turbine”

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.

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