Simulate a Thermoelectric generator in ANSYS

Simulate a Thermoelectric generator in ANSYS, available at $19.99, has an average rating of 4.75, with 11 lectures, based on 17 reviews, and has 44 subscribers.

You will learn about Creating a geometry in SpaceClaim Assigning material in ANSYS Meshing a solid domain Simulating thermoelectric generators Generate contours of temperature and voltage Parametric analysis of the TEG performance This course is ideal for individuals who are Electrical engineers or Mechanical engineers or Researchers in energy harvesting It is particularly useful for Electrical engineers or Mechanical engineers or Researchers in energy harvesting.

Enroll now: Simulate a Thermoelectric generator in ANSYS

Summary

Title: Simulate a Thermoelectric generator in ANSYS

Price: $19.99

Average Rating: 4.75

Number of Lectures: 11

Number of Published Lectures: 11

Number of Curriculum Items: 11

Number of Published Curriculum Objects: 11

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Creating a geometry in SpaceClaim
Assigning material in ANSYS
Meshing a solid domain
Simulating thermoelectric generators
Generate contours of temperature and voltage
Parametric analysis of the TEG performance

Who Should Attend

Electrical engineers
Mechanical engineers
Researchers in energy harvesting

Target Audiences

Electrical engineers
Mechanical engineers
Researchers in energy harvesting

In this set of lectures, you will find the complete steps to simulate the thermoelectric generators inside ANSYS.

The course starts with geometry creation using SpaceClaim. A step-by-step guide on how to create the 3D model in the most flexible and easy way. The exact dimensions and placement of each component is explained in full detail supported with actual images of an actual commercial thermoelectric generator.

Following this, the different materials definitions and their assignments to various components of the TEG. The used materials are actual properties referenced from published scientific articles.

Next, you will see the meshing process. A good uniform mesh is formed. The mesh includes hexahedrons only. Detailed steps are shown and using connections between components are explained.

After that, the analysis settings and the definitions of boundaries’ conditions are explained in ANSYS Mechanical. Defining temperature boundaries and convection coefficients.

Finally, you will learn how to display the different results in different forms (Contours, exact values, etc…). Contours of temperature and voltage. Also, you will learn how to do parametric analysis. Variation of performance at different temperatures and the at different loads.

This is recorded using version 2021R1. The attached files can be opened in this version and any other later version released after 2021R1.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Creating the geometry

Lecture 1: Starting with first component

Lecture 2: Creating first building block of the TEG

Lecture 3: Completing the thermocouples of the TEG

Lecture 4: Connecting all thermocouples

Lecture 5: Final adjustments

Chapter 3: model setup

Lecture 1: Materials

Lecture 2: Meshing

Lecture 3: Analysis settings

Chapter 4: Results

Lecture 1: Main output parameters

Lecture 2: Design points and performance evaluation

Instructors

Hesham Khalil
Assistant Professor at Kafrelsheikh University

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4 stars: 4 votes
5 stars: 13 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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