Recommendation | Enjoyed the Most | Improvement |
---|---|---|
10 | It's well structured |
Maybe You should get more information through the different passages |
7 | 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 |
9 | Animation |
There should be FAQ's page where we can ask problems while using workbench |
10 | -Simple and clear |
- more detail about mesh quality. |
10 | I enjoy how detailed each and every step is taught. |
Add exercises. |
10 | Gain more knowledge in ANSYS. |
Audio of the video, sometimes it was very low. |
10 | 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. |
10 | video lectures |
improve the explanation |
10 | . |
. |
10 | The simulation presented very relevant concepts. |
PDF supported file for offline implementation guide of the simulation. |
10 | the way of teaching and flow of course |
add more examples to practise |
10 | 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 |
10 | The description is so understandable. |
everything is well. |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
8 | 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. |
10 | Step by step explanation |
Nothing |
10 | Stepwise explanation |
Nothing |
9 | simulation |
more videos |
10 | the written explanation after the video |
keep up the good work |
8 | Learning a New topic. |
Clear instruction for the last part of this course. |
8 | i enjoyed the content of the course |
by adding quizzes can improve the course |
9 | The way of teaching was quite easy & enjoying. |
It should include hand calculations & then comparison of results obtained through hand calculations and CFD Simulation. |
10 | 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. |
10 | 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. |
10 | 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. |
6 | The way the content delivered |
Include some more examples |
8 | Videos |
Make updated videos |
10 | 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. |
10 | . |
. |
5 | everything |
you should show all steps |
10 | The simulation explains very well the concepts. |
PDF file for the guide that can be used during offline using of ANSYS. |
10 | Everything |
everything was perfect |
8 | 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! |
10 | The interactive nature |
1. Have a virtual ansys platform instead of using the application |
8 | on how it's delivered |
the video content is somewhat hazy. It would be helpful if you can make it clear. |
2 | 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 |
2 | 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 |
7 | It is basically hands-On Experience. |
1. Associate/Teach some theory with the simulation. |
8 | Way of explanation was extremely good. |
You can perform simulation using various types of nozzle with use of design modeler. |
9 | Explanation |
More about the project |
10 | The short video presentations |
Explain the selections of the meshing strategy and models |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
10 | The vast knowledge with the practical use and the simulation. |
It can be improved by updating the courses time to time. |
7 | 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. |
9 | simulation examples |
by adding the solid body for the trianee |
10 | 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 |
9 | - |
- |
8 | Arrow directiona and color |
Nothing |
7 | VERY NICE CONTENT |
NICE |
8 | 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. |
10 | 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. |
9 | simulation walkthrough |
everything is fine |
7 | Awesome examples for simulation. |
A little more explanation of the reason for the choice of particular options. |
10 | Fluent examples |
? |
10 | I enjoyed the trains simulations . |
More examples! |
9 | 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. |
10 | The simulations are well presented and are good representations of the concepts. |
More interactions in between lectures. |
9 | simulations |
ok |
8 | 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 |
8 | able to apply real life situation and simulate it |
add more examples |
2 | Excellent |
nice |
7 | 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 |
10 | Really user-friendly layout. Well explained videos. |
With the examples maybe use the same package as the student version |
10 | Examples, Homework and Quiz |
Add more mathematical models |
7 | example files |
Show geometry preparation and meshing at least for one f the examples |
10 | Examples and Quiz. Concepts are easy to understand. |
More Examples |
9 | Clear explanations |
keep as is |
5 | New concept |
Nothing |
10 | The explanation are really detailed. The quality of the material is very high |
It should be a section of FAQ |
8 | The fluid basics are explained very well. |
No |
10 | 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 |
10 | From this course, I learn the Fundamental of fluid flow & characteristics. |
Describe fluid terms in Detail. |
9 | the practice material to use fluent |
doing gret job for now |
7 | All the basics of fluid mechanics were delivered very efficiently. |
Include more content and provide a course completion certificate. |
10 | Excellent topic |
None |
10 | The metodology |
Use more examples |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
8 | 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 |
10 | Course content |
Nothing as such. |
8 | 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. |
6 | The theoretical knowledge provided is great with great choices of eexamples. |
Maybe explain the different functions of fluent rather than just teaching button mashing. |
10 | Animation |
Language |
10 | Simulation examples that supplement the course |
None |
10 | Fluent examples |
? |
9 | 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. |
10 | The simulations help to understand better the concept as well as learning more in using ANSYS software. |
More numerical problems. |
8 | Different learning experience |
Give more reasons for the choice of options such as those used for the U-tube manometer. |
9 | 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 |
8 | archemedies principle |
a little more detail about why the pressure spatialy difference taken as PRESTO |
9 | Everything |
No need |
10 | Examples were insightful |
Add more examples |
10 | Quiz |
Nothing |
9 | the concepts were well conveyed |
nothing |
9 | the lectures |
by now i think its good all |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
8 | visualization |
theory and practical knowledge |
9 | Vorticity |
Adding Practical applications like cyclone and tornado |
9 | way of communication and explanation |
more examples |
9 | Practical examples. |
There is a need for example showing the settings for a meshing model. |
8 | 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 |
9 | Homework examples |
I have no idea, becouse current version is so good. |
7 | 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. |
10 | Quiz |
None |
8 | The platform. |
Give more general and intuitive proofs for deformation parameters for fluid elements like those given in certain books regarding the same. |
9 | it was good |
dont change - |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
9 | Clarity |
Homework |
10 | Simplicity |
Develop more sessions about simplification solving models based on more examples |
10 | The contents are aligned well and the simulations are very helpful. |
More numerical problems. |
10 | simulation examples explained step by step |
extend the theory part |
7 | I enjoyed the example problems |
Make the homework more challenging and require submission of results for grading. |
7 | 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. |
10 | The course is very pragmatic and helpful. |
Need to log in every time, and the log-in process is slow. |
10 | Quiz |
None |
10 | Good |
Nil |
10 | theoretical things help me lots |
more videos on particle need to me added In future |
10 | Very good and detailed explanation. |
Include creating the geometry in the homework problems. |
9 | the simulation´s cases |
more cases of the simulation |
8 | Simplicity of explanation |
Introduce more real examples of phenomena |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
6 | 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 |
10 | The simulations are very entertaining and pointing to the concept very well. |
More numerical problems to be solve. |
9 | The gifs/videos |
It's already good |
10 | Giving exposure to hands on Analysis |
Everything is fine |
10 | Quiz |
None |
7 | Staying at home and getting a quality knowlegde |
this is best, but add more videos |
Recommendation | Enjoyed the Most | Improvement |
---|---|---|
6 | 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. |
6 | The theory was presented in-depth. |
Focus could be shifted towards practical applications, i.e. how to implement it in simulation. |
5 | The theory was presented in-depth |
Some of the Mesh-Files provided did not work ("archive is damaged"). |
10 | 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. |
10 | 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. |
6 | a content review |
more detail in the practice videos |
10 | Quiz |
None |