Lifetime CFD Training Courses

Price: $580.00 $349.00

“Aerodynamics / Aerospace : All Levels” is a comprehensive training course designed for learners at all stages of expertise in aerodynamics and aerospace engineering. Utilizing ANSYS Fluent CFD simulations, the course covers a wide range of topics from basic aerodynamic principles to advanced concepts like dynamic stability derivatives and fluid-structure interaction. Through a combination of theoretical lessons and practical examples, participants learn to calculate aerodynamic coefficients, model shock waves, simulate aircraft oscillations, and perform fluid-structure interaction analyses. This hands-on approach equips students with the skills to tackle real-world aerospace challenges, making it an invaluable resource for anyone looking to deepen their understanding of aerodynamics and CFD applications in the aerospace industry.

Price: $1,120.00 $299.00

Master multi-phase flow simulations with ANSYS Fluent in this comprehensive course. Learn VOF, Eulerian, Mixture, and Wet Steam models through practical examples. From microfluidics to industrial reactors, gain the skills to tackle complex multi-phase scenarios. Suitable for beginners and experienced CFD users alike. Enhance your expertise and unlock new possibilities in fluid dynamics modeling!

Price: $1,300.00 $299.00

Master the art of Combustion CFD Simulation with our comprehensive training course. Dive deep into the world of combustion modeling using ANSYS Fluent, covering everything from basic principles to advanced techniques. This course offers hands-on experience with various combustion types, including premixed, non-premixed, and partially premixed combustion. Learn to implement different turbulence-chemistry interaction models, simulate pollution formation, and utilize powerful tools like PDF transport and DPM combusting particle models. Through 10 detailed lessons and a final project, you’ll gain the skills to perform high-fidelity combustion simulations, making you a true expert in the field. Perfect for engineers, researchers, and students looking to excel in combustion CFD modeling.

Price: $1,010.00 $399.00

This comprehensive course focuses on ANSYS Fluent’s Dynamic Mesh model, designed for simulating problems involving motion and deformation of computational zones and boundaries. Divided into six chapters, the course covers fundamental concepts, mesh update methods, and optional dynamic mesh models. Through practical examples, students learn to apply the In-Cylinder model, Six-DOF solver, Rigid Body motion, and User-Defined motion. The course provides hands-on experience with various scenarios, including piston motion, check valve operation, submarine movement, gear pump simulation, and wave wall modeling. By the end, participants will have a thorough understanding of Dynamic Mesh techniques and their applications in ANSYS Fluent.

Price: $810.00 $449.00

This comprehensive course covers Population Balanced Model (PBM) applications in Computational Fluid Dynamics (CFD) using ANSYS Fluent. Designed for researchers, engineers, and students, it combines theory with practical tutorials across four modules: PBM Concepts, Crystallization, Air Bubble dynamics, and Nucleation. Participants will gain essential skills in applying PBM to various CFD scenarios, from understanding fundamental principles to simulating complex particle behaviors and production processes.

Price: $1,470.00 $299.00

The “UDF: All Levels” CFD simulation training course by ANSYS Fluent is an in-depth program designed to master User-Defined Functions (UDFs) in ANSYS Fluent software. Covering ten chapters, from basic concepts to advanced applications, the course teaches participants how to customize and enhance CFD simulations. Through practical examples, students learn to implement various UDF macros for complex fluid dynamics scenarios, enabling them to extend ANSYS Fluent’s capabilities and solve challenging problems with greater flexibility and precision.

Price: $1,350.00 $399.00

The “Fuel Cell: All Levels” CFD simulation training course by ANSYS Fluent offers a comprehensive journey through fuel cell modeling using advanced CFD techniques. Starting with fundamental concepts, the course progresses through various fuel cell types and configurations, including serpentine and radial PEMFCs, PEMFC stacks, and SOFCs with cooling systems and unresolved electrolytes. Participants gain hands-on experience in using ANSYS Fluent for fuel cell design optimization and performance analysis, applicable to diverse industrial and research scenarios.

Price: $1,230.00 $399.00

Master electrolysis simulation with our “Electrolysis: All Levels” CFD course using ANSYS Fluent. From basics to advanced multiphysics, learn to model electrolytic cells, electrode kinetics, and bubble dynamics. Covering applications from water splitting to industrial electrorefining, this course equips you with essential skills for optimizing electrochemical processes through CFD. Ideal for beginners and experts alike, enhance your capabilities in electrochemistry and fluid dynamics simulation for cutting-edge research and industrial applications.

Price: $500.00 $99.00

The “CFD: All Levels” training course offers a comprehensive introduction to Computational Fluid Dynamics (CFD) using ANSYS Fluent, suitable for beginners and experienced users alike. This course covers the fundamentals of CFD, its applications in various engineering fields, and the advantages it offers over traditional testing methods. Through a series of hands-on tutorials, participants will learn to build geometries, generate meshes, and set up simulations for a range of fluid dynamics problems. The course progresses from basic 2D Poiseuille flow to more complex scenarios, including heat transfer, airfoil analysis, pipe flow, and compressible flows. By the end of the course, students will have gained practical skills in using ANSYS Fluent to solve real-world engineering problems, extract valuable data, and interpret results, making this course an essential resource for anyone looking to master CFD techniques.