They do not explain the origin of the equations, they just show to you final results, I think is helpful if you just want to know some models in a faster way, but if you want to learn more deeply it is not the best course.

I suggest to you to develope the equations to make the students fully understand what is going on.

A fantastic course with great instructors and great examples. I like the comparisons between theory and practical. One of the best courses I've ever taken. Awesome work

This course deserves high praise for a number of reasons. In a world where undergraduate classes on aerodynamics often make big assumptions, such as perfectly rigid bodies, this class offers a view of instead modelling your solid as something that can bend and oscillate, and uses this to explain commonly seen behaviors of fluid-solid systems. It was refreshing to see a course like this on Coursera. In fact, I believe it is the only course remotely related to fluid mechanics, and taught by a University known for their fluids research. So thank you to those who put it on. Another praise is that the professor never loses sight of the practical applications. Everything is explained (and explained very well) and always brought back to a practical application that the learner might be interested in.

Compared to other courses I've taken on Coursera, the graded sections (i.e. quizzes) were relatively easy. More challenging quiz problems that require me to set up and solve differential equations would have helped me put the concepts into better practice.

The lectures were very well done. Everything was presented very clearly. However, if you really want to take very detailed notes in your own notebook or computer, as you would in a graduate-level engineering class where the professor is writing on a chalkboard, you'll need to pause the videos quite a bit.

Very interesting, but tough to follow since it features a lot of advanced physics and mathematics. Eye opening moments regarding dimensionless numbers, lift, instabilities. And fantastic lab sessions. A big thank you to the team around Emmanuel de Langre!

The fundamentals of fluid-structure interaction was well explained through examples and laboratory tests. However, small applications should be explained and done by the students in order to have a better representation of physical phenomenon.

Many thanks for this course! The course has stunning structure. I especially like how the experiments were connected with the theoretical models. The LadHyX team performed excellent course. I certainly recommend it to all inquisitive people.

One of best and the hardest courses I've ever taken!

This course is not just about engineering, it is about life. The course has a very powerful takeaway; "Life is beautiful and simple if you look closer!"

Lessons were pretty concise, engaging and well arranged. Quizzes were relevant and stimulating. Would love to take an advanced version.

Thanks to the team.

It is an excellent course. Professor LaGrange has an extraordinary skill to facilitate the understanding of the fundamentals of fluid-solid interactions. Every week of the course combines theory and experimental demostrations in a very balanced way. The visual images accompanying the equations and the summaries at the end of the sessions are great course assets. Without any doubt I will enroll in a future sequel of this course.

absolutely brilliant! This course is very well structured and very well presented. It touches upon a rather complex area of research but has masterly conveyed the essential skills and methods in a pace that is a bit challenging but not to a point of intimidating. I have watched each and every lecture video for at least 4 times. It is a very good starting point for anyone interested in FSI.

It is definitely one of the most interesting MOOC I did and would congratulate you for the simplicity (and fun) with which you explain the complex coupling models and approximations.

I am currently working on FSI for bubble collapse close to solid walls in cavitation, and your MOOC has helped me gain perspective and understanding to solve many practical problems.

I did this course in order to complete the requirements for my PhD. Eventhough I knew most of the topics, I really enjoyed this course that reminded me all the basics and it gives a really comprehensive and clear approach as to how to choose an appropriate model. I would definitly recommanded it and I think it is appropriate for any level!

This course is very informative and gives starting platform to pursue this field. I really like this course. There is one thing that I felt missing. I could use some coding assignment to better grasp the course contents. it can be made optional. This could provide more help to people who wants to have a deeper understanding.

This course is very helpful for me, it let me know the mechanism of some basic phenomena in our nature. I know know that these phenomena is not only very interesting, but also follow scientific criteria. After understanding these basis theories, I fall in love with FSI and would like take further courses about FSI.

I am delighted to subscribe this course. Thank you Course team to introduce us the wonders of FSI, the way this course was designed and the contents explained are all excellent. Thank you Coursera for giving us this opportunity. Hope more courses by the instructors are coming soon.

It was an awesome experience completing this course. In such a short duration, many things were discussed. But, still much much more to be learnt. I shall be highly interested in all other courses too regarding FSI and especially VIV.

Thank you Coursera, Thank you all instructors.

The course was superb. The instructor explained every intricate concept of FSI lucidly. The extra videos on various research topics enlightened us as to how different concepts in FSI are put into practice. Overall, the course was worth every bit of it.

I have never found a more mathematically vigorous yet so comprehensive course till date. This course all the more pushes you to understand the hidden meaning inside equations as we obtain in mechanics. Wonderful piece of work!

This is a very good course to start-off with Fluid Solid interactions. The course content is well organized and very neatly explained at a fundamental level, which enhances the understanding of the course recipients.

Cours très intéressant et donne les clés pour comprendre une grande variété de phénomènes. Un seul petit bémol, les questions numériques sur les quizz pourraient être syntaxiquement et numériquement plus laxistes.

Professor explained concepts very clearly and also in a systematic way of approach. It is very easy to follow the lectures and able to understand many complex problems. Thank you so much for your contribution.

Highly appreciate the entire team for making the subject comprehensible. I would like to suggest a small background course on the mathematics and solid dynamics, for the advanced version of this course.

je peux pas terminer mes cours, car il y a un problème de téléchargement , quelque part ici, je pense il est de ma part, je ressaye ultérieurement , je les achète , merci c'est formidable, à bientôt

Got some knowledge about FSI . It is very much interesting with lots of experimental demonstration and the reason on its effect. Thank you Very much for such a wonderful course

This is wonderful lecture. In this lecture, professor elaborate windows in graph, two-way phenomenon, instabilities, vibrations, and fluid-structure interaction.