There is nothing related to what the title of the course states. Basically the author is 'reading' some pictures of the results extracted for certain simulations without paying attention to any detail on the real application of the CFD knowledge. One is expecting some theoretical and PRACTICAL build-up towards a good/realistic result but the author just presents the initial conditions of a testcase simulation and goes straight to READ (yes, he is reading what he has to say, a very forced situation and no desire to teach feeling) the output data of the simulation (very nice colors and graphs to be said). After that, he describes what can everyone see in the figures but no explanation for the real physical phenomena.

I was expecting a deep teaching of why and how certain parameters of the CFD simulation were chosen (e.g. y+, boundary conditions, far-field boundary interference, mesh optimization, build informative graphs, etc.) and, nothing about that.

The course can be simplified as: 'we have this geometry, thiese are the fluid initial conditions, prism layers here and there and the results are these, we obtain a value of y+ = X and this is how the fluid is moving, thanks for the attention.'

This course can be defined as 'Reading some graphs just because', nothing about real CFD. VERY DISAPPOINTED that Siemens, with the great software they have with STAR CCM+, allows this to represent them.

Coursera's "Applied Computational Fluid Dynamics" course is a good resource for anyone interested in getting to know the principles and techniques of Computational Fluid Dynamics (CFD) The course content is well structured, covering topics like as to computational methods, network generation, and chaos modeling. Teachers provide clear explanations and practical examples that help to strengthen understanding. Hands-on activities and projects provide valuable opportunities to apply learned concepts to real-world problems. The course also provides access to industry standard CFD software, enhancing the learning experience. Overall, this course is highly recommended for aspiring CFD engineers and researchers looking to develop their computer skills in fluid dynamics.

A very good course with very detail explainations. I am working my thesis for CFD around two opposed curved buildings and this helps me on how to use best setting using what flow mode. Not only that, this course also offers a lot more analysis that can be learn to improve the fundamentals and understanding.

The material was useful, easy to understand and presented very well. I recommend this course to anyone with an interest in CFD.

A very detailed insight into the aspects of CFD and physics of flows. Superb course to learn about applied CFD.

A good course on applied CFD that you can take to understand the flows encountered in engineering applications. Although SIMCENTER STAR - CCM+ is not used, the main purpose is to understand the optimal grid settings for a given test case based on the knowledge of the possible flow. Although, Professor Peric doesn't explain in detail, in some examples, why particular mesh method or turbulence model is used; he emphasizes more on what kind of results you can expect and why such results are to be expected. Familiarity with basic CFD and turbulence modeling is required. Good knowledge of Fluid Mechanics is must to thoroughly understand the course. Overall, a nice course to broaden one's understanding of applied CFD.

If a self-study university course was an online course, yep this it. If you are familiar with the concepts, you can easily clear the quizzes. This course is not recommended for absolute beginners. However, do try it for yourself. I wish Siemens would create a course on actually using the Simcenter STAR-CCM+. This course is just a professor explaining stuff. They even mention it in the VERY FIRST VIDEO that this is not a software-teaching course.

Professor's accent is very hard to understand

I recently had the pleasure of taking the Applied Computational Fluid Dynamics course on Coursera, and I must say it exceeded all my expectations. As an engineering enthusiast with a keen interest in fluid dynamics, this course provided me with an excellent opportunity to expand my knowledge and practical skills in the field.

The course structure was well-organized and logically presented, ensuring a smooth learning experience. The instructors were highly knowledgeable and passionate about the subject, and their expertise truly shone through their engaging lectures. The content was comprehensive, covering a wide range of topics from the fundamentals of fluid dynamics to advanced techniques used in computational simulations.

One of the aspects that truly impressed me was the hands-on approach the course took. Throughout the modules, we were given access to industry-standard software tools and encouraged to apply what we learned to solve real-world problems. The practical assignments and projects allowed me to gain valuable experience in modeling and simulating fluid flows, providing me with a solid foundation in the application of computational fluid dynamics (CFD).

In conclusion, this course is an exceptional resource for anyone looking to dive deep into the fascinating world of computational fluid dynamics. With its well-structured curriculum, experienced instructors, practical exercises, and supportive community, it offers a comprehensive and rewarding learning experience. I am truly grateful for the opportunity to have taken this course and wholeheartedly recommend it to others with a passion for fluid dynamics.

The Applied Computational Fluid Dynamics course is exceptionally well-designed, offering a perfect balance of theoretical knowledge and practical application. The course thoroughly covers fundamental concepts of CFD, while providing ample opportunities for hands-on learning with computational techniques. The content is structured to cater to learners at various levels, gradually advancing from foundational concepts to more complex simulations and numerical methods. One of the course's strongest features is its emphasis on real-world applications. The instructors ensure that each concept is reinforced through practical case studies in areas such as aerodynamics, turbomachinery, and environmental flows. The combination of lectures, tutorials, and assignments creates a comprehensive learning experience, allowing students to apply fluid dynamics concepts to real-world engineering challenges. Additionally, the course introduces advanced topics such as turbulence modeling, multiphase flows, and mesh generation, making it especially valuable for students and professionals in fields like aerospace, civil, and mechanical engineering. The exposure to modern computational tools and techniques equips learners with the skills necessary to thrive in today's demanding engineering environments.

Very good course for those who already have a fundamental understanding of CFD and want to expand their knowledge on seeing results computed from different CFD methods (i.e., URANS models, turbulence models, LES and DNS). It covers both laminar and turbulent flows, and discusses topics such as grid dependency tests, segregated solvers (with under-relaxation factors for velocities and pressure), and y+ wall treatment (wall functions and low-Re approaches). The course also demonstrates flow around a circular cylinder and how the wake changes with increasing Reynolds number. Furthermore, I found the topics on pressure-driven secondary flows in pipes and 3D tip vortex characteristics particularly interesting.

This is benificial because this course fill the gap between Finite element method and computational application which is finite element analysis through simulation.theoretical parts consist of fluid flow and heat transfer is reminded and analysed as well as computational related concepts like models of calculation,discretization is also mentioned in here through focusing on simulation setup condition.this knowledge could lead to perform a accurate engineering simulation using a given FEA simulation software.

I completed this course. This is a well organized course about Computational Fluid Dynamics. I learned lot of things by this course. Specially as a Chemical and Process Engineering student this will help you to gain much knowledge about computational works related with CFD. I learned how to use computer effectively to run my simulations without wasting higher computational cost, how to prepare grids before run the simulation. This course covered very common practical scenarios where CFD applies.

Great learning course for CFD. Lectures are of a top quality. Topics covered are of wide range of applications for both fluid and heat transfer analysis. Thank you Coursera and Siemens for available this course for students. It is a great learning experience which helps students to learn and upgrade.

best course if you want to learn interpretation of data from a CFD simulation using any commercial software , this is most crucial aspect in any CFD related work that connects experimental and computational aspect of simulation using physics behind results obtained through CFD simulation.

This is very useful education. I express my gratitude to Mr. Milovan Peric for his informative and experience-filled presentation, and also Coursera. I highly recommend this training. Thank you very much.

Hello, thank you for your efforts in the course. It was very useful and beautiful. I hope you will always be healthy and happy. Mohammad Pakzad from Iran.

I find Applied Computational Fluid Dynamics course held by Prof. Milovan Peric both practical and inspirational. Passing my recommendation ...

can add significant value to your engineering knowledge, especially in the field of fluid dynamics.

excellent. very insightful into grid dependence, turbulence models, steady/unsteady state etc..