FLUIDS

It was well guided.

It could be updated for the newer versions of ANSYS

test

test

Simple

Nothng

test

test

SIMEX

NA

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.

It's well structured

Maybe You should get more information through the different passages

test

test

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.

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 vast knowledge with the practical use and the simulation.

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

Test

Tset

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

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.

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.

Clarity

Homework

Simplicity
Arrange of material subjects

Develop more sessions about simplification solving models based on more examples

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 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.