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Simulation using ANSYS - Fluent English version

CFD ANSYS Fluent

  1. Topics
  2. Design
  3. ANSYS Fluent

Simulation using ANSYS - Fluent English version

InstructorHussien Hafez
Duration35h 49m
Students9,981
Rating4.6 (1,794)
Sponsored
Price
$17.99
Coupon
None
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Comidoc Analysis

Multi-solver CFD workflows with version-specific tracks

Editorial course preview

What the public course preview actually shows

These 4 complementary views highlight concrete, legible examples from the course presentation.

Preview 1 of 4

A course title card displaying the text Advanced ANSYS-Fluent Course next to a CFD simulation visualization of flow around a white wedge shape.

Preview 2 of 4

A 3D computational fluid dynamics simulation displaying airflow streamlines over a blue car model, with a velocity legend and scale bar.

Preview 3 of 4

A 3D wireframe mesh of a curved pipe component shown against a blue gradient background, illustrating a simulation model structure.

Preview 4 of 4

A 2D computational fluid dynamics simulation showing velocity contours over a NACA 4415 airfoil at 30 degrees angle of attack.

Strengths

Multi-solver coverage

The curriculum includes specific sessions for both CFX and Fluent fluid solvers, providing a broader view of the ANSYS ecosystem.

Version-specific instruction

Instructional paths are mapped to different software versions, such as R181 and newer R193 iterations, to accommodate various installed environments.

Limitations

Instructional clarity barriers

Learner signals highlight difficulties with the instructor's accent, inaccurate subtitles, and a lack of explanation for technical shorthand like Cd or Cl.

Best suited to

  • Mechanical and aerospace engineering students
  • Learners seeking parallel workflows for different ANSYS versions
  • Engineers needing exposure to both CFX and Fluent solvers

Less suited to

  • Learners requiring high-clarity English instruction
  • Those looking for highly polished or transcribed video content

Comidoc Score

5.8/10

Worth considering
Defined audience

Comidoc verdict

The curriculum follows a technical path from geometry creation in Spaceclaim through meshing to final fluid simulation in CFX and Fluent. This project-led structure allows for practical application across various physics scenarios, including heat transfer and supersonic flow.

Instructional quality is the primary constraint. Significant friction exists due to the instructor's accent and issues with subtitle accuracy. These factors, combined with a lack of clarity regarding technical abbreviations, may hinder progress for some learners.

This course makes sense for engineering students or analysts who prioritize a wide range of solver workflows and version-specific guidance over high-polish instructional delivery.

Score breakdown

Curriculum depth
8.0

The curriculum covers diverse physics including heat transfer and supersonic flow through various sessions.

Applied learning
5.0

The course is structured around numerous projects that serve as a manual for using ANSYS tools.

Clarity & experience
2.8

Learner signals point to significant issues with accent, subtitles, and unexplained technical shorthand.

Currency & reliability
5.0

The presence of legacy version support (R181) is noted in the curriculum structure.

Audience fit
6.5

Selected from the course's public promotional preview. These images document visible presentation material only; they do not represent the complete paid curriculum.

Repetitive delivery

Some signals suggest the video content can feel repetitive during the learning process.

The curriculum aligns with the needs of mechanical and aerospace engineers through its focus on CFD workflows.

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