Computational Fluid Dynamics: Overview Fundamentals, Applications & Fluid flow basics

Computational Fluid Dynamics: Overview Fundamentals, Applications & Fluid flow basics

Team EveryEng

Mechanical Engineering

$ 10

6 already enrolled!

Beginner course for learners

Why enroll

People enroll in Computational Fluid Dynamics: Fundamentals and Applications to gain theoretical knowledge for analyzing fluid flow in engineering systems. With CFD widely used in industries like aerospace, automotive, and energy, the course prepares students to solve real-world problems using simulation tools, enhancing their technical expertise and career prospects.

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Supervisor - Inventory Management

SPAN INDUSTRIAL SOLUTIONS PVT LTD

Bikaner

SPM & Welding Fixture Designer

AAAS Industries

Pantnagar , Uttarakhand

Head of Dye Section

SPAN INDUSTRIAL SOLUTIONS PVT LTD

Kashipur

Course details

The course Computational Fluid Dynamics: Fundamentals and Applications introduces the core principles and numerical methods used to analyze and simulate fluid flow phenomena using computational tools. Students will learn the foundational equations governing fluid dynamics, including the Navier-Stokes equations, and how to discretize them using methods such as finite difference, finite volume, and finite element techniques. Emphasis is placed on understanding grid generation, stability and convergence of numerical schemes, and practical implementation of CFD algorithms. Through hands-on assignments and projects, learners will apply commercial and open-source CFD software to solve real-world engineering problems in aerodynamics, heat transfer, and multiphase flow, gaining both theoretical insight and practical experience in this critical area of engineering analysis.

Course suitable for

Automotive
Aerospace
Mechanical

Key topics covered

- What is CFD?

- Core principle of CFD

- Why CFD

- CFD Application

- Fluid definition and properties

- Types of fluid flow

- Fluid Acceleration

- Flow description

- Scaler, Vector and Tensor

- Steps involve in Modeling

- Pre Processing - Geometry

- Pre Processing - Grid Generation

- Pre Processing - Selection of physical and chemical phenomena

- Pre Processing - Selection of material properties

- Typical flow boundary conditions

- Finite volume method

- Finite difference method

- Analysis

- Post processing

Course content

The course is readily available, allowing learners to start and complete it at their own pace.

Computational Fluid Dynamics: Fundamentals and Applications

3 Lectures

179 min

Lecture 01
60 min
Lecture 02
60 min
Lecture 03
59 min

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Mechanical Engineering