SOLIDWORKS- Introduction To Finite Element Analysis (FEA)
- DESIGN
- Mar 05, 2025

SOLIDWORKS: Introduction To Finite Element Analysis (FEA), available at $69.99, has an average rating of 4.5, with 59 lectures, based on 422 reviews, and has 6228 subscribers.
You will learn about Setting up a simulation, how to prepare a model, how to define fixture and loads, how to create a mesh, how to run simulation and how to analyze results. Learning how to define your own mesh, how to run multiple simulations, how to calculate stresses and strains at specific point of the model… Learning how to analyze planar symmetrical and circular symmetrical models using advanced tools. Those tools are huge help in saving the time and memory Learning how to perform a static analysis of a shell body Learning how to perform a static analysis of a frame body where body is treated like a truss Learning how to perform a static analysis of a frame body where body is treated like a beam Preparation for the CSWSA-FEA Exam You'll gain confidence to negotiate for bigger salary You’ll learn the secret tricks of the CSWSA – FEA exam You’ll become familiar with Solidworks CSWSA – FEA exam concept You’ll be able to start your Solidworks FEA designer career and start making money You’ll be able to confidently list your SOLIDWORKS FEA skills in your resume This course is ideal for individuals who are Beginner And Intermediate Students Who Wants To Learn Basic Finite Element Analysis or Individuals who want to prepare for CSWSA-FEA Exam It is particularly useful for Beginner And Intermediate Students Who Wants To Learn Basic Finite Element Analysis or Individuals who want to prepare for CSWSA-FEA Exam.
Enroll now: SOLIDWORKS: Introduction To Finite Element Analysis (FEA)
Summary
Title: SOLIDWORKS: Introduction To Finite Element Analysis (FEA)
Price: $69.99
Average Rating: 4.5
Number of Lectures: 59
Number of Published Lectures: 59
Number of Curriculum Items: 59
Number of Published Curriculum Objects: 59
Original Price: $64.99
Quality Status: approved
Status: Live
What You Will Learn
Who Should Attend
Target Audiences
★★★ Master Basic Tools And Techniques Of SOLIDWORKS FEA Static Simulation Following Step By Step Training + CSWSA-FEA Prep★★★
The problem is that most of the students…
1. Don’t have the right mind strategy to think like a designer
2. They are not able to prepare model for the static analysis
3. They don’t know how to approach to the analysis
4. Plus there are no many exam samples on the internet so you can’t get familiar with the exam concept
If you want come on the exam relaxed and full of confidence in your skills let me introduce you to the training that will get you prepare even if you never touched Solidworks static simulation before.
In this course you will get skills, training and examples to overcome those obstacles and pass Solidworks CSWSA-FEA exam easily even with spare time left by going through…
1. Setting up a simulation, how to preparea model, how to definefixture and loads, how to create a mesh, how to runsimulation and how to analyzeresults of Stress, Displacement and Strain of the Solid body.
2. Learning how to define your own mesh, how to run multiple simulations, how to calculate stresses and strains at specific point of the model, how to create XY plots, how to re-modify model depending on the simulation results and how to create reports of the simulation study.
3. Learning how to analyze planar symmetrical and circular symmetricalmodels using advanced tools. Those tools are huge help in saving the time and memory.
4. Learning how to perform a static analysis of a shell body. There are compared two cases, one when object under analysis is created with surface tools and the second case when is created with sheet metal tools.
5. Learning how to perform a static analysis of a frame body where body is treated like a truss. There are two examples. In first one body is created with weldments tools and in the second body is created with Extruded Boss feature.
6. Learning how to perform a static analysis of a frame body where body is treated like a beam. It is presented how to set up a simulation, what is the difference between beam and truss and how to present the results.
7. Preparation for the CSWSA-FEA Exam.
8. You’ll gain confidence to negotiate for bigger salary
9. You’ll learn the secret tricks of the CSWSA – FEA exam
10. You’ll become familiar with Solidworks CSWSA – FEA exam concept
11. You’ll be able to start your Solidworks FEA designer career and start making money
13. You’ll be able to confidently list your SOLIDWORKS FEA skills in your resume
Now what makes me credible to teach you this topic?
I have master’s degree in mechanical engineering and I’m Solidworks certified professional designer. I have over 5 years industry experience in using Solidworks, CATIA and AutoCAD where I was designing resistance welding machines.
On the other hand last two years I have enrolled over 30 000 students on my 12 courses with my average courses rate 4.6 out of 5.
This course can transform your Solidworks skills, your career and at the end your life as you know but don’t take my word for it.
Read just few of these raving student testimonials for yourself…
★★★★★ ”I really got to learn a lot from this course. Thank you so much for providing valuable basic knowledge of static simulation. I recommend this course to anyone wanting to learn the basics. So 5 star by me.“ – Akhil Vijayan
★★★★★ ”Provides a review from my learning in Strength of Materials.“ – John Melvin V L.
★★★★★ ”Excellent course, excellent teacher.“ – Sasa B.
★★★★★“Very nicely explained and cover up all points“ – Amit K G.
BONUS:Students who enroll today will receive my lifetime personal email support. So you can contact me anytime regarding any question you have.
30-DAY GUARANTEE: If you don’t see incredible results from this course within the next 30 days, Udemy will refund your entire investment!
You literally have nothing to loseand so much to gain!
ADD TO CART now to truly change your life forever!
Course Curriculum
Chapter 1: INTRODUCTION
Lecture 1: About The Course
Lecture 2: Overview
Lecture 3: FEA Concept
Lecture 4: FEA Theory
Lecture 5: Supporting Files
Chapter 2: SOLID BODY ANALYSIS
Lecture 1: Introduction
Lecture 2: Simulation Add In and Options
Lecture 3: Geometry preparation
Lecture 4: New Study
Lecture 5: Material
Lecture 6: Fixture
Lecture 7: Loads
Lecture 8: Mesh and Model simplification
Lecture 9: Standard Mesh
Lecture 10: Curvature Based Mesh
Lecture 11: Mesh Control
Lecture 12: Running Analysis
Lecture 13: Geometry modification
Lecture 14: Chart Plots
Lecture 15: Results systematisation
Lecture 16: Compare resutls
Lecture 17: Separate studies
Lecture 18: Loadcase Manager
Lecture 19: Conclusion
Chapter 3: PLANAR SYMMETRY
Lecture 1: Introduction
Lecture 2: Geometry preparation
Lecture 3: Loads and fixture
Lecture 4: Mesh
Lecture 5: Run and Comparison Analysis
Chapter 4: CIRCULAR SYMMETRY
Lecture 1: Introduction
Lecture 2: Static Analysis
Lecture 3: Full model analysis and Comparison
Chapter 5: DIFFERENT TYPES OF FINITE ELEMENTS
Lecture 1: FE Types
Chapter 6: STATIC ANALYSIS OF A SHELL BODY
Lecture 1: Introduction
Lecture 2: Surface – Geometry preparation
Lecture 3: Surface – Static Analysis
Lecture 4: Surface – Conclusion
Lecture 5: Sheet Metal – Introduction
Lecture 6: Sheet Metal – Geometry preparation
Lecture 7: Sheet Metal Analysis and Results Comparison
Chapter 7: STATIC ANALYSIS OF A FRAME BODY – TRUSS
Lecture 1: Introduction
Lecture 2: Developing a CAD model1 with weldments tools
Lecture 3: Truss model1: Analysis preparation
Lecture 4: Truss model1: Results
Lecture 5: Truss model2: Analysis preparation
Lecture 6: Truss model2: Results
Chapter 8: STATIC ANALYSIS OF A FRAME BODY – BEAM
Lecture 1: Introduction
Lecture 2: Beam vs Truss
Lecture 3: Analysis Preparation
Lecture 4: Results
Chapter 9: CSWSA-FEA Preparation
Lecture 1: Download Material
Lecture 2: Exercise1 Video Tutorial
Lecture 3: Exercise2 Video Tutorial
Lecture 4: Exercise3 Video Tutorial
Lecture 5: Exercise4 Video Tutorial
Lecture 6: Exercise5 Video Tutorial
Lecture 7: Exercise6 Video Tutorial
Chapter 10: CONCLUSION
Lecture 1: Congratulations
Lecture 2: Bonus Lecture
Instructors

Alen Oletic
Alen Oletic
Rating Distribution
Frequently Asked Questions
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