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Introduction to Computacional Fluid Dynamics Simulation using Ansys

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  • Module 1 - What is CFD?
    • Student Handbook
    • 1.1 Motivation
    • 1.2 What is CFD?
    • 1.3 CFD Steps
    • Quiz 01
  • Module 2 - Preparing and Generating Geometries
    • 2.1 Introducing SpaceClaim
    • 2.2 Workshop - Pipe T (Geometry)
    • 2.3 Workshop - Repair and simplifications of Geometries
    • Workshop - Repair and Simplifications of Geometries
    • 2.4 Fluid Domain
    • 2.5 Workshop - Fluid Domain Extraction (Internal)
    • Workshop - Fluid Domain Extraction (Internal)
    • 2.6 Workshop - Fluid domain extraction (External)
    • Workshop - Fluid Domain Extraction (External)
    • Material - Module 2
    • Quiz 02
  • Module 3 - Generating Mesh and Quality
    • 3.1 Mesh generation
    • 3.2 Mesh quality
    • 3.3 Workshop - Ansys Meshing - T-Tube
    • Workshop - Ansys Meshing
    • 3.4 SpaceClaim Meshing - Overview
    • 3.5 Workshop - SpaceClaim Meshing - Pipe T
    • Workshop - SpaceClaim Meshing
    • 3.6 Fluent Meshing
    • 3.7 Workshop - Fluent Meshing - Pipe T
    • Workshop - Fluent Meshing - Pipe T
    • 3.8 Workshop - Fluent Meshing - (External Flow)
    • Workshop - Fluent Meshing - External Flow
    • Material - Module 3
    • Quiz 03
  • Module 4 - Configurating a CFD Simulation
    • 4.1 Ansys CFD Software (Fluent and CFX)
    • 4.2 Domains
    • 4.3 Boundary Conditions
    • 4.4 Solver
    • 4.5 Workshop - Fluent - Pipe T
    • 4.6 Workshop - CFX- Pipe T
    • Material - Module 04
    • Quiz 04
  • Module 5 - Post Processing
    • 5.1 Qualitative - T-tube
    • 5.2 Quantitative - T-tube
  • Module 6 - Turbulence Models
    • 6.1 Turbulence
    • 6.2 Boundary layer
    • 6.3 Workshop - Backward Step I
    • 6.4 Workshop - Backward Step II
    • Workshop - Backward Facing Step
    • Material - Module 06
    • Quiz 05
  • Module 7 - Heat Transfer
    • 7.1 Heat Transfer
    • 7.2 Workshop - Cooling a Heatsink I
    • 7.3 Workshop - Cooling a Heatsink II
    • Workshop - Electronics Cooling
    • Material - Module 07
    • Quiz 06
  • Module 8 - Transient Flows
    • 8.1 Transient Flows
    • 8.2 Workshop - Vortex Shedding
    • Workshop - Vortex Shedding
    • Material - Module 08
    • Quiz 07
  • Module 9 - Simulations applied in Industry
    • 9.1 Workshop - Cyclone
    • Workshop - Cyclone
    • 9.2 Workshop - External Compressible Flow
    • Workshop - External Compressible Flow
    • 9.3 Workshop - Heat Exchanger I
    • 9.4 Workshop - Heat Exchanger II
    • 9.5 Workshop - Heat Exchanger III
    • Workshop - Heat Exchanger
    • Material - Module 09
  • Module 10 - Good Practices
    • 10.1 Best Practices
  • Final Considerations
    • We want to know your opinion!
    • Guidelines - ESSS Virtual

Description

In this course, you will begin your journey on learning about Computational Fluid Dynamics (CFD) using Ansys.

This course was prepared to be the cornerstone of training the usage of this technology, so you will be able to work on engineering projects using CFD analysis with the quality and confidence that just can be obtained in a course that combines concepts with practical activities.

The Computational Fluid Dynamics is the knowledge area that deals with flow numerical simulations, heat transfer and related phonemena, such as chemical reactions, combustion, aeroacoustics, etc. The CFD phenomenon originates from the combination of two subjects: Fluid Mechanics and Numerical Method.

With high material and experimental costs, the product development and innovation using Computer Aided Engineering (CAE) Simulations has become an important factor in companies survival. Therefore, every engineer must be able to use, with competence and realiability, the CAE simulations tools. The ESSS Institute offers a complete solution for distance learning in numerical simulation.

Level: Basic;
Prerequisites: None
Access period: 180 days or 360 days for Free Pass users, after the access expires, the content will be locked in the portal. We do not extend the access.
Software used: Ansys SpaceClaim, Ansys Meshing, CFX, Fluent and CFD-Post.

To perform the proposed exercises, we suggest using the free educational license of the Ansys package (Ansys Student). The download and installation can be done at any time directly from the Ansys website.

Category: Computational Fluid Dynamics

General info

Content
  • What is CFD?;
  • Geometry Preparation and Generation;
  • Mesh Generation and Quality;
  • Setting up a CFD Simulation;
  • Post Processing;
  • Turbulence Models;
  • Heat Transfer;
  • Transient Flows;
  • Simulations Applied in Industry;
  • Best Practices.
Objective

Introduces the fundamentals of modeling and obtain the results to analyze with fluid dynamics using Ansys solutions.


Target audience

Industry professionals, students, and academic professors interested in improving their knowledge in simulation techniques.

Methodology

The student has flexibility to attend the training at the most appropriate time of their daily journey during the active access period. The videos, texts and exercises were previously prepared, reviewed and structured, allowing the best asynchronous use.

Certificate

After the full completion of the course, the student has access to an international certificate, in electronic format, proving the completion of the course with the total hours attended. The certificate is issued by the ESSS Institute, which is a world reference in the subject of Computer Simulation. ESSS guarantees the quality of the course through its experience and recognition as a reference in Computational Simulation.

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Subscribe now for $400.00
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