FEA Basic Definitions for Beginners

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Alper YALÇIN

2:01:02

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1. INTRODUCTION to COURSE

1. Main Purpose of The Course.mp4

03:05

2. INTRODUCTION to FEA

1. What Are the Benefits of Using CAE (FEA) Programs.mp4

03:50

2. Analytical And Numerical Methods.mp4

01:23

3. Overview of Doing an Analysis.mp4

02:14

3. MESH

1. What is the Mesh.mp4

06:06

2. Mesh Element Number And Its Effect.mp4

02:44

3. Mesh Trick.mp4

00:49

4. Introduction to the Mesh Quality.mp4

03:46

5. Mesh Quality Evaluation Methods.mp4

02:58

6. Contacts.mp4

02:24

4. STATIC STRUCTURAL ANALYSIS

1. What is the Static Structural Analysis.mp4

03:11

2. Non-Linear Static Analyzes.mp4

03:11

3. Stress Calculate Criteria.mp4

02:10

4. Implicit Method.mp4

03:02

5. BUCKLING ANALYSIS

1. What is the Buckling Analysis.mp4

03:39

6. DYNAMIC ANALYZES

1. What is the Dynamic Analysis.mp4

01:39

2. Explicit Method.mp4

01:46

3. Frequency Notion And FFT.mp4

05:40

7. MODAL ANALYSIS

1. What is the Modal Analysis.mp4

03:13

2. What is the Natural Frequency And Resonance.mp4

06:59

3. What is the Mode And Mode Shape.mp4

03:54

8. TRANSIENT ANALYSIS

1. What is the Transient Analysis.mp4

01:11

9. HARMONIC ANALYSIS

1. What is the Harmonic Analysis.mp4

01:20

10. RANDOM VIBRATION ANALYSIS

1. What is the Random Vibration Analysis.mp4

00:51

11. TOPOLOGY OPTIMIZATION

1. What is the Topology Optimization.mp4

02:51

12. FATIGUE ANALYSIS

1. What is the Fatigue.mp4

05:43

2. What is the Wohler Curve.mp4

03:17

3. What is the Goodman, Soderberg, Gerber.mp4

03:08

4. Determining the Fatigue Analysis Method.mp4

02:35

5. Tricks About Fatigue Life.mp4

02:16

13. CFD

1. What is the CFD.mp4

03:23

2. How Can Planes Fly.mp4

02:48

3. Laminar And Turbulent Flows.mp4

05:00

4. Multiphase Flows.mp4

01:29

5. Multiphase Flow in Automobile AC System.mp4

02:22

6. Supersonic Flows.mp4

00:57

7. Cavitation.mp4

02:32

8. Newtonian And Non-Newtonian Flows.mp4

01:32

9. Navier Stokes Equation And Lagrangian, Eulerian Methods.mp4

03:12

10. Preparation for CFD Analysis.mp4

02:47

11. Inflation.mp4

02:11

12. CFD Mesh Tricks.mp4

01:54

Description

Mesh Techniques, Static, Buckling, Dynamic, Modal, Fatigue, CFD Analyzes, Topology Optimization

What You'll Learn?

Learn the basics of MESH TECHNIQUES
Learn the basics of STATIC STRUCTURAL ANALYSIS
Learn the basics of BUCKLING ANALYSIS
Learn the basics of DYNAMIC ANALYZES
Learn the basics of MODAL ANALYSIS
Learn the basics of FATIGUE ANALYSIS
Learn the basics of CFD
Learn the basics of TOPOLOGY OPTIMIZATION
Build your theoretical background for FEA in a short time

Who is this for?

Engineering students

Engineers

What You Need to Know?

No experience required. You will learn everything.

More details

Description
Â Â Â Â Â COURSE CONTENT
Mesh,
Static Structural Analysis,
Buckling Analysis,
Dynamic Analyzes,
Modal Analysis,
Topology Optimization,
Fatigue Analysis,
CFD

If you want to understand the logic of FEA in a short time, and build your theoretical background on all types of analysis, this course is for you.
In this course, I have prepared the basic definitions you need to know before you start using a CAE program.
The course is brief and concise. My main purpose is to propose high efficiency in a short time.
Engineering students.
Engineers who have no knowledge of FEA and want to start FEA.
Those who are not engineers but work in design, R&D or production positions and want to start FEA.
It is for anyone who wants to learn Finite Element Analysis.
In a CAD program, it is enough to use the program commands well to create a design.
In a CAE program, It is not enough to use the program commands well to perform analyzes.
Also you have to have engineering knowledge to use properly.
Thanks to this course you can acquire theoretical background with basic definitions.

The course content was prepared by Mechanical Engineer Alper YALÃ‡IN.
The course content cannot be used without permission!
Who this course is for:
Engineering students
Engineers

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2016-2017, English Preparation Class – Bursa Uludag University 2017-2021, Mechanical Engineering –Bursa Uludag UniversityThroughout my university life, I have always been interested in the R&D department. I developed myself in the fields of design and analysis. While I was a student, I also worked as an analysis engineer for a short time. Now, I'm currently working as a project engineer. By the way, it feels great to learn something new and to follow current R&D studies. I believe that I can share my knowledge with you, and you can learn with me in a short time clearly. That's why I'm preparing course content.

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