ANSYS Fluent Online Courses
Here's every CFD online course related to ANSYS Fluent topic.
Course Price: $1.00 / Month
The “Aerodynamics - Aerospace Engineers: BEGINNER Level” course introduces novice aerospace engineers to key aerodynamic concepts using ANSYS Fluent CFD simulations. Through nine diverse episodes, participants learn to analyze airflow patterns, wing performance, engine intakes, and various aircraft designs. This hands-on course covers everything from basic principles to complex scenarios like supersonic flight, equipping beginners with essential CFD skills and foundational knowledge in aerospace engineering. By engaging with practical simulations, students develop a solid understanding of aerodynamics and its applications in modern aerospace design and analysis.
Course Price: $1.00 / Month
This beginner-level Biomedical Engineering and Health Care course offers a practical introduction to computational fluid dynamics (CFD) in medical applications using ANSYS Fluent. Through over 10 hands-on episodes, participants explore a range of biomedical simulations, including blood flow in healthy and occluded arteries, COVID-19 transmission, and drug delivery systems. The course covers non-Newtonian fluid modeling, respiratory health simulations, and pulsatile flow in complex geometries. It provides a solid foundation in using advanced engineering tools to address real-world healthcare challenges, making it ideal for students, engineers, and healthcare professionals seeking to understand CFD’s role in biomedical applications and gain practical medical simulation skills.
Course Price: $6.00 / Month
The “MULTI-PHASE Flow: ADVANCED Level” course is designed for experienced engineers and researchers seeking to master complex multi-phase flow phenomena. This course covers sophisticated modeling techniques, cutting-edge numerical methods, and in-depth analysis of multi-phase systems across various industries. Participants will explore advanced topics such as interfacial dynamics, phase change phenomena, and turbulence modeling in multi-phase flows. Through theoretical lectures, case studies, and hands-on simulations, attendees will gain the expertise to tackle challenging multi-phase flow problems in fields like chemical processing, oil and gas, and environmental systems.