FLUIDS

It was well guided.

It could be updated for the newer versions of ANSYS

Simple

Nothng

j

j

All at a place.

More numerical result values.

the course in the field of bio-fluid mechanics.

The course may starts from building the geometry.

The simulations explains the concept very well.

PDF file for the guide.

the information included.

videos could be elaborated

I enjoyed the interface as well as the information flow in the course. The course material is engaging and introduced me to many new tools and techniques for using Ansys Workbench. In particular, the CAD modelling on Space Claim used throughout the course was a very important feature for me as I am well versed with Design Modeler but always wanted to learn Space Claim due to its user interface and features.

I took the Ansys Simulation Course by Dr. Rajesh on edx platform as well. Similar to that, I think that short quizzes should also be a part of this course to further improve the learning experience. I also found that the UDF file for the lesson 'Excersice', topic 'Casson Fluid Model' is missing. While it can be a sort of challenge for learners, for people not well versed with C-language programming, it can be difficult, so kindly provide it.

The best things are the short video that really easy to follow.

Maybe go a little deeper in the theory part, could help a lot.

The short videos are really easy to follow.

Maybe go a little deeper in the theory part, could help a lot.

Numerical Solutiion

Please add question and answer section

I loved the step by step tutorial, really easy to follow.

A section discussing results and what they mean and what they show.

It's well structured

Maybe You should get more information through the different passages

Being able to solve a classic aerodynamics problem with a real good accuracy, in a really short time.

Maybe to give an insight of what´s under the Ansys blackbox to represent the mathematical model

Animation

There should be FAQ's page where we can ask problems while using workbench

-Simple and clear

- more detail about mesh quality.

I enjoy how detailed each and every step is taught.

Add exercises.

Gain more knowledge in ANSYS.

Audio of the video, sometimes it was very low.

Step by step guide from setting up the simulation to validation of the simulation.

All the basics of a simulation of flow over the wing have been shown.

video lectures

improve the explanation

.

.

The simulation presented very relevant concepts.

PDF supported file for offline implementation guide of the simulation.

the way of teaching and flow of course

add more examples to practise

The explanations are very easily understood despite the complexity of the problems

Some brief introduction could be made to the mathematical formulas that are reported during the course

The description is so understandable.

everything is well.

It shows how to use all the tools of ansys and its informative in a simple way

When i tried the methods in the same way as the courese, i had faced many challenged of my solution not meeting the results as shown in the video, i am not sure if it is because of the version difference or some other reason.

Step by step explanation

Nothing

Stepwise explanation

Nothing

simulation

more videos

the written explanation after the video

keep up the good work

Learning a New topic.

Clear instruction for the last part of this course.

i enjoyed the content of the course

by adding quizzes can improve the course

The way of teaching was quite easy & enjoying.
Results of study were well explained.

It should include hand calculations & then comparison of results obtained through hand calculations and CFD Simulation.

The way of teching was quite easy, undersanding, and enjoyable.

It should include hand calculations and than a comparison should be drawn between results obtained by hand calculations and CFD Simulations.

Simple step-by-step analysis, probably best suitable for newcomers in CFD and Ansys.

Elaborate explanations of the topics covered and related features and resources may help for further knowledge.

It provides a quick idea of ANSYS FLUENT for beginners. This course gave me confidence in solving simple numerical flow problems as a beginner.

Solution Methods is not explained well. A video explaining all the different solution schemes can be included.

The way the content delivered

Include some more examples

Videos

Make updated videos

the ease of content delivery and the way how every problem was addressed along with notes.

the video resolutions are not high enough to view the small details clearly in some cases.

.

.

everything

you should show all steps

The simulation explains very well the concepts.

PDF file for the guide that can be used during offline using of ANSYS.

Everything

everything was perfect

It's best suited for a novice like me. After completing the course my fears about CFD were simply blown away.

Keep up the good work!

The interactive nature

1. Have a virtual ansys platform instead of using the application
2. Provide certificates

on how it's delivered

the video content is somewhat hazy. It would be helpful if you can make it clear.

The vaiability and options Ansys has in the fluent and the accuracy it has is pretty reliable and thats what makes ansys a big platform

I think having a Q and A section to the course might help cause a lot is modified in R2020 which I am using and the teaching is done in R 13 . That makes it different to find options on the current versions

The accuracy and reliability of the fluent is most enjoyed in the course

The course should have Q and A sction for the students to post queries. I use R2020 version and the lecture videos contain R13 . There are few changes which are to be verified

It is basically hands-On Experience.

1. Associate/Teach some theory with the simulation.
2. Validation of result with analytical result.

Way of explanation was extremely good.

You can perform simulation using various types of nozzle with use of design modeler.

Explanation

More about the project

The short video presentations

Explain the selections of the meshing strategy and models

The vast knowledge with the practical use and the simulation.

It can be improved by updating the courses time to time.

Working through the example problems.

I would like to see problems marked for homework require the student to work out an answer to a problem and enter it to get credit to prove mastery of the topic.

simulation examples

by adding the solid body for the trianee

The way material is presented, and then tested upon is better than many college classes I have taken

Display which questions are missed on the quiz and why

-

-

Arrow directiona and color

Nothing

VERY NICE CONTENT

NICE

providing different examples with solutions and analyzing and implementing the application of different fluid mechanic principles.

provide the samples so that we can learn Ansys in a better way, what I mean is that some of us don't know the basics of Ansys or might have a weak experience.

The simulation examples discussed to give us a clear idea as to how to simulate a given flow problem.

Give more details and insights about how every property in the Ansys taskbar works.

simulation walkthrough

everything is fine

Awesome examples for simulation.

A little more explanation of the reason for the choice of particular options.

Fluent examples

?

I enjoyed the trains simulations .

More examples!

I really enjoyed the practical way of the fluid dynamic notions using a sofware simulation like Ansys.

I really think it is already good as this course is.

The simulations are well presented and are good representations of the concepts.

More interactions in between lectures.

simulations

ok

El que sean en ingles fue una de las cosas que mas me gusto, asi adquiero mayor manejo del idioma. el ejemplo de los trenes tambien me gusto

mmm

able to apply real life situation and simulate it

add more examples

Excellent

nice

The usage of the Ansys Software to enhance practical knowledge about fluid studies and give an introduction to CFD.

Explain Installation procedure in more detailed manner especially for the Ansys Fluent Part

Really user-friendly layout.

Well explained videos.

With the examples maybe use the same package as the student version

Examples, Homework and Quiz

Add more mathematical models

example files

Show geometry preparation and meshing at least for one f the examples

Examples and Quiz. Concepts are easy to understand.

More Examples

Clear explanations

keep as is

New concept

Nothing

The explanation are really detailed. The quality of the material is very high

It should be a section of FAQ

The fluid basics are explained very well.

No

Material is clear and straight to the point

It was hard for me to do simulation tutorials because I do not understand how different parameters (solver models, initialisation, meshing) affect the solution

From this course, I learn the Fundamental of fluid flow & characteristics.

Describe fluid terms in Detail.

the practice material to use fluent

doing gret job for now

All the basics of fluid mechanics were delivered very efficiently.

Include more content and provide a course completion certificate.

Excellent topic

None

The metodology

Use more examples

Step by step solution of different problems with Ansys Fluent

Instead of repeating similar examples, stress more on different fluent capabilities and features that can be helpful also in different simulations

Course content

Nothing as such.

it presents different examples for real-time study and application of concepts.

you can drop a video or notes at the end of the course to analyze the correct answers to the quiz.

The theoretical knowledge provided is great with great choices of eexamples.

Maybe explain the different functions of fluent rather than just teaching button mashing.

Animation

Language

Simulation examples that supplement the course

None

Fluent examples

?

The simulations related with real applications

An exercise where the person has to do simulation himself and compare at the end with some results. I mean an exercise where the video with all the steps is not provided at the beginning.

The simulations help to understand better the concept as well as learning more in using ANSYS software.

More numerical problems.

Different learning experience

Give more reasons for the choice of options such as those used for the U-tube manometer.

point to point explanation was good and understanding

Could have included how to do meshing as well and what also explained more about operation conditions why we take it and what'll happen if we take different operation condition

archemedies principle

a little more detail about why the pressure spatialy difference taken as PRESTO

Everything

No need

Examples were insightful

Add more examples

Quiz

Nothing

the concepts were well conveyed

nothing

the lectures

by now i think its good all

visualization

theory and practical knowledge

Vorticity

Adding Practical applications like cyclone and tornado

way of communication and explanation

more examples

Practical examples.

There is a need for example showing the settings for a meshing model.

This course was good to review what I've learned in college. I particularly enjoyed the homework, especially because there was typical examples that will be useful for my studies projects.

I would have appreciate more didactic videos in the homework to better understand what i was doing

Homework examples

I have no idea, becouse current version is so good.

Quality of content. Example problems

Explain the selection of parameters in the Fluent tutorial. When to select a certain parameter. Probably will require a different course all together but is of utmost importance.

Quiz

None

The platform.

Give more general and intuitive proofs for deformation parameters for fluid elements like those given in certain books regarding the same.

it was good

dont change -

Clarity

Homework

Simplicity
Arrange of material subjects

Develop more sessions about simplification solving models based on more examples

The contents are aligned well and the simulations are very helpful.

More numerical problems.

simulation examples explained step by step

extend the theory part

I enjoyed the example problems

Make the homework more challenging and require submission of results for grading.

I like everything about this course .The teacher gave all the concepts and we can apply all in the problems.

Add more examples and there should be a test for every students.

The course is very pragmatic and helpful.

Need to log in every time, and the log-in process is slow.

Quiz

None

Good

Nil

theoretical things help me lots

more videos on particle need to me added In future

Very good and detailed explanation.
Perfect examples for homework problems.

Include creating the geometry in the homework problems.

the simulation´s cases

more cases of the simulation

Simplicity of explanation

Introduce more real examples of phenomena

i enjoyed the practicing of different problem in this course but, I could know the exact procedure for different conditions in the various examples

we can understand more better when the explanation of examples clearly done

The simulations are very entertaining and pointing to the concept very well.

More numerical problems to be solve.

The gifs/videos

It's already good

Giving exposure to hands on Analysis

Everything is fine

Quiz

None

Staying at home and getting a quality knowlegde

this is best, but add more videos

The higher number of example problems with more time consuming questions.

The 3D S bend files would not unzip properly unless I used 7zip rather than the compression tool in Windows. Further, the mesh file would not open. At first I thought it was because it was too large for the student version, which was true at 3 million cells, but when I opened it with an enterprise licenses it still did not load properly. I had to read in the case and data files and follow along with the video. Consider testing the files with others prior to issue of course material.

The theory was presented in-depth.

Focus could be shifted towards practical applications, i.e. how to implement it in simulation.
The Simulation examples did not provide this as I was too busy trying to re-create the steps taken in the tutorial and had only limited chance to understand the methodology.

The theory was presented in-depth

Some of the Mesh-Files provided did not work ("archive is damaged").

The side by side analytical and simulation samples, it clearly helped me understand the physical sense of the equations.

How about giving a reference to mathematical equations so that learners if they need to, can dive deep into it.

I enjoyed the way that the lessons where conducted, the explanation is very dynamic, and i loved the way that the platform addopts the examples showing the simulations in the software directly.

Bring some industrial situations that directly uses the theory would make an upgrade in the quality wich is already great.

a content review

more detail in the practice videos

Quiz

None