Start Date & End Date
Pigso Learning brings an intensive ANSYS Fluent CFD course designed with theory and practical projects to help you learn meshing, solver settings, turbulence models, multiphase and heat transfer for industry-ready simulation skills.
Branch: PIGSO LEARNING
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Available
Learn mesh generation, quality control, and apply refinement techniques like inflation layers to ensure accurate and high-quality meshes.
Understand solver setup through guided workshops covering controls, discretisation, boundary conditions, and convergence monitoring for reliable CFD results.
Explore multiphase flows, conjugate heat transfer, species transport, reacting flows, cavitation, and porous media with real-world case studies.
Get hands-on with UDFs, journal scripting, and Workbench parameterisation to customise and automate CFD simulations.
Learn the design-of-experiments (DOE) setup to automate repetitive simulations and perform efficient parametric studies in ANSYS Fluent.
Apply all concepts in a capstone project, such as external aerodynamics, heat exchangers, or multiphase mixers, and submit validated case studies.
At Pigso Learning, our ANSYS Fluent course is designed for beginners in computational fluid dynamics. Here, you will practically solve problems using the most widely used CFD software. Through step‑by‑step labs][-,u9bg and real-world case studies, learn pre-processing in ANSYS Workbench, mesh generation, solver configuration, turbulence and multiphase modelling, transient and steady simulations, and post-processing techniques for validation and optimisation.
The ANSYS Fluent online training integrates theoretical foundations (FVM, turbulence closure, boundary conditions) with hands-on ANSYS Fluent training to prepare you for engineering roles involving aerospace, automotive, turbomachinery, and thermal systems analysis.
Duration: 1.5 months
Format: Live Online Sessions
Batch Timing: Tentative Date
|
Days |
Every Friday, Saturday, and Sunday |
| Time | 3:00 PM UTC | 8:30 PM IST |
| Class Duration | 1.5 Hours |
Live, Interactive Sessions
Engage directly with instructors and collaborate in real time.
Hands-on Exercises
Practice simulations through guided, practical assignments.
Industry-Relevant Projects
Work on real-world simulation cases used by professionals.
Comprehensive Curriculum
Learn from a structured, progressive syllabus designed by experts.
Personalized Support
Get one-on-one guidance to resolve technical queries and challenges.
Recognized Training Certificate
Earn an industry-acknowledged certificate after successful completion.
Extensive Resource Library
Access reference materials, guides, and practice files anytime.
Networking Opportunities
Connect with peers, mentors, and industry professionals globally.
30+ Hours Video Library
Replay recorded classes and enhance your learning pace anytime.
One Year of Content Access
Enjoy full access to materials and recordings for one year.
1 Subject
7 Learning Materials
1 Courses • 17 Students
9 Courses • 330 Students
Reach out to schedule a demo, discuss corporate bundles, or request a tailored Ansys Fluent CFD training course. Contact us to book a one-to-one mentoring slot or a corporate training proposal.
ANSYS Fluent is a leading CFD software used for simulating fluid flow, heat transfer, and reacting flows. This ANSYS CFD course is ideal for mechanical, aerospace, chemical, and thermal engineers, researchers, and students seeking practical computational fluid dynamics training.
The ANSYS Fluent course is an online course featuring recorded lectures, live sessions, and guided hands-on projects designed for remote learners to gain practical experience in computational fluid dynamics.
You should have a basic understanding of fluid mechanics, thermodynamics, and numerical methods. Familiarity with CAD and ANSYS Workbench is helpful but not mandatory, as introductory modules are included to help beginners follow the computational fluid dynamics course online.
The course covers essential topics such as meshing strategies (structured/unstructured, inflation), finite volume method (FVM), pressure–velocity coupling (SIMPLE/PISO), turbulence models, reacting flows, dynamic mesh, and UDF automation.
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