Health Care Training Courses

Price: $800.00 $349.00

“DPM: All Levels” is a comprehensive course on the Discrete Phase Model (DPM) in ANSYS Fluent, designed for engineers and researchers working with dispersed phase simulations. This course covers DPM fundamentals, software implementation, and practical applications through six detailed chapters. Starting with DPM concepts and Lagrangian framework, the course progresses to explore ANSYS Fluent’s DPM interface, including injection types, particle treatments, and boundary conditions. Participants will master advanced topics such as spraying with evaporation and breakup, wet combustion, erosion modeling, and respiratory disease simulations. Through hands-on examples and in-depth explanations, learners will gain the skills to tackle complex multiphase flow problems across various industries, making this course essential for both newcomers and experienced users seeking to enhance their DPM expertise in CFD simulations.

Price: $1.00 / Month

The “DPM (Discrete Phase Model): BEGINNER Level” course introduces particle simulation in fluid dynamics using ANSYS Fluent. It covers diverse applications from snowfall to COVID-19 transmission, exploring particle behaviors in environmental, health, and industrial contexts. Through hands-on tutorials, students learn to model and analyze discrete phase simulations, gaining essential skills for understanding particle-fluid interactions. This course provides a practical foundation in CFD, preparing beginners for advanced multiphase flow challenges in aerospace engineering.

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.