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Master Basic Tools And Techniques Of..

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.

Read more

Master Basic Tools And Techniques Of..

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 prepare a model, how to define fixture and loads, how to create a mesh, how to run simulation and how to analyze results 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 symmetrical models 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

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-

You literally have nothing to lose and so much to gain.

Enroll now

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What's inside

Learning objectives

  • 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
  • Show more
  • Show less

Syllabus

INTRODUCTION
About The Course
Overview
FEA Concept
Read more
FEA Theory
Supporting Files
SOLID BODY ANALYSIS
Introduction
Simulation Add In and Options
Geometry preparation
New Study
Material
Fixture
Loads
Mesh and Model simplification
Standard Mesh
Curvature Based Mesh
Mesh Control
Running Analysis
Geometry modification
Chart Plots
Results systematisation
Compare resutls
Separate studies
Loadcase Manager
Conclusion
PLANAR SYMMETRY
Loads and fixture
Mesh
Run and Comparison Analysis
CIRCULAR SYMMETRY
Static Analysis
Full model analysis and Comparison
DIFFERENT TYPES OF FINITE ELEMENTS
FE Types
STATIC ANALYSIS OF A SHELL BODY
Surface - Geometry preparation
Surface - Static Analysis
Surface - Conclusion
Sheet Metal - Introduction
Sheet Metal - Geometry preparation
Sheet Metal Analysis and Results Comparison
STATIC ANALYSIS OF A FRAME BODY - TRUSS
Developing a CAD model1 with weldments tools
Truss model1: Analysis preparation
Truss model1: Results
Truss model2: Analysis preparation
Truss model2: Results
STATIC ANALYSIS OF A FRAME BODY - BEAM
Beam vs Truss
Analysis Preparation
Results
CSWSA-FEA Preparation
Download Material
Exercise1 Video Tutorial
Exercise2 Video Tutorial
Exercise3 Video Tutorial
Exercise4 Video Tutorial
Exercise5 Video Tutorial
Exercise6 Video Tutorial
CONCLUSION
Congratulations
Bonus Lecture

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in SOLIDWORKS: Introduction To Finite Element Analysis (FEA) with these activities:
Review Statics and Mechanics of Materials
Reinforce your understanding of fundamental concepts in statics and mechanics of materials. This will provide a solid foundation for understanding the FEA principles used in Solidworks.
Browse courses on Statics
Show steps
  • Review key concepts like stress, strain, and material properties.
  • Practice solving problems related to static equilibrium.
Read 'Finite Element Analysis for Engineers' by Kiyoshi Komatsu
Gain a deeper understanding of the underlying principles of FEA. This book will help you interpret results and make informed decisions about your simulations.
Show steps
  • Read the chapters related to static analysis and meshing techniques.
  • Take notes on key concepts and formulas.
Solidworks Simulation Tutorials
Practice applying the concepts learned in the course by working through Solidworks Simulation tutorials. This will help you become more comfortable with the software interface and workflow.
Show steps
  • Complete at least three Solidworks Simulation tutorials focusing on static analysis.
  • Experiment with different meshing options and boundary conditions.
  • Compare your results with the tutorial solutions.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Read 'Practical Finite Element Analysis' by Nitin S. Gokhale
Gain practical insights into FEA modeling and analysis. This book will help you avoid common mistakes and improve the accuracy of your simulations.
Show steps
  • Focus on chapters related to meshing, boundary conditions, and result validation.
  • Compare the book's recommendations with your own simulation practices.
Document a Simulation Project
Solidify your understanding by documenting a complete simulation project from start to finish. This will force you to think critically about each step and explain your reasoning.
Show steps
  • Choose a simple mechanical component to analyze.
  • Create a Solidworks model of the component.
  • Set up a static analysis simulation in Solidworks.
  • Document each step of the process, including your assumptions, boundary conditions, and results.
Prepare a Presentation on FEA Results
Develop your communication skills by preparing a presentation summarizing the results of an FEA simulation. This will help you learn how to effectively convey technical information to others.
Show steps
  • Select a simulation project you have completed.
  • Create a presentation outlining the problem, methodology, and results.
  • Include visualizations of the stress, strain, and displacement distributions.
  • Practice presenting your findings to a colleague or friend.
Participate in a Design Challenge
Apply your FEA skills in a real-world design challenge. This will provide valuable experience in problem-solving and working under pressure.
Show steps
  • Find a design challenge that involves FEA analysis.
  • Use Solidworks to model and simulate the design.
  • Optimize the design based on the FEA results.
  • Submit your design and results to the challenge.

Career center

Learners who complete SOLIDWORKS: Introduction To Finite Element Analysis (FEA) will develop knowledge and skills that may be useful to these careers:
Simulation Specialist
The Simulation Specialist is responsible for performing structural analysis using FEA software. Simulation Specialists can use the knowledge to perform analysis of existing designs and new designs so that they adhere to relevant codes. The course covers how to analyze planar symmetrical and circular symmetrical models, which can save considerable time and memory. Aspiring Simulation Specialists should definitely take this course.
Finite Element Analyst
The Finite Element Analyst is responsible for performing structural analysis using FEA software. Preparing for the CSWSA-FEA exam, as covered in the course, is directly applicable to the daily tasks of a Finite Element Analyst. This role involves setting up simulations, defining loads, creating meshes, and interpreting the results of stress, displacement, and strain. The course covers how to analyze planar symmetrical and circular symmetrical models, which can save considerable time and memory. Aspiring Finite Element Analysts should definitely take this course.
Simulation Engineer
A Simulation Engineer uses computer modeling and simulation to analyze the behavior of systems and components. This course helps you prepare models for static analysis, define fixtures and loads, create meshes, and analyze the results of stress, displacement, and strain. A Simulation Engineer can leverage knowledge of planar and circular symmetry, as well as static analysis of shell and frame bodies. The course provides a strong foundation in the practical aspects of simulation, vital for a successful Simulation Engineer.
FEA Consultant
FEA Consultants are experts in finite element analysis who provide services to companies needing structural analysis. FEA Consultants can leverage knowledge of planar and circular symmetry, as well as static analysis of shell and frame bodies. Also, the course helps FEA Consultants to prepare for the CSWSA-FEA exam. The course provides a strong foundation in the practical aspects of simulation, vital for a successful FEA Consultant.
Automotive Engineer
Automotive Engineers specialize in determining the stresses and strains within a structure or component. This course allows you to perform static analysis of shell body and a frame body where the body is treated like a truss or beam. Further, the discussion in this course on analyzing results helps Automotive Engineers refine models based on their observations. This course is valuable for anyone pursuing a career as a Automotive Engineer as it provides an overview of the fundamentals of FEA.
Stress Analyst
Stress Analysts specialize in determining the stresses and strains within a structure or component. This course allows you to perform static analysis of shell body and a frame body where the body is treated like a truss or beam. Further, the discussion in this course on analyzing results helps Stress Analysts refine models based on their observations. This course is valuable for anyone pursuing a career as a Stress Analyst as it provides an overview of the fundamentals of FEA.
Structural Engineer
Structural Engineers analyze and design structures to ensure they can withstand various loads and stresses. Static analysis of shell and frame bodies is covered in the course. Structural Engineers can use the knowledge to perform analysis of existing designs and new designs so that they adhere to relevant codes. Aspiring Structural Engineers should definitely take this course.
CAD Designer
Computer Aided Design or CAD Designers create detailed 2D and 3D models of mechanical components and assemblies. This course helps you learn how to define your own mesh, how to run multiple simulations, how to calculate stresses and strains. The course focuses on performing static analysis of a shell body, and a frame body, which are important skills for CAD Designers. CAD Designers will appreciate this introduction to FEA.
CAD Engineer
Computer Aided Design (CAD) Engineers create detailed 2D and 3D models of mechanical components and assemblies. This course helps you learn how to define your own mesh, how to run multiple simulations, how to calculate stresses and strains. The course focuses on performing static analysis of a shell body, and a frame body, which are important skills for CAD Engineers. CAD engineers will appreciate this introduction to FEA.
Aerospace Engineer
Aerospace Engineers design, develop, and test aircraft and spacecraft. This course may be useful for understanding the behavior of mechanical components under various loads. The course helps Aerospace Engineers to confidently list SOLIDWORKS FEA skills in your resume. Knowledge of static analysis, as covered in the course, directly applies to ensuring the structural integrity of designs. Considering the subject matter, it is a great introduction to FEA for Aerospace Engineer.
Mechanical Engineer
Mechanical Engineers design, develop, and test mechanical devices and systems. This course may be useful for understanding the behavior of mechanical components under various loads. The course helps Mechanical Engineers to confidently list SOLIDWORKS FEA skills in your resume. Knowledge of static analysis, as covered in the course, directly applies to ensuring the structural integrity of designs. Considering the subject matter, it is a great introduction to FEA for Mechanical Engineer.
Design Engineer
Design Engineers are involved in the creation of new products. This course covers all aspects of static simulation and will help you prepare for the CSWSA-FEA exam. Design Engineers can use the skills to optimize designs for structural integrity and durability. It can also help Design Engineers to confidently list SOLIDWORKS FEA skills in your resume.
Engineering Consultant
Engineering Consultants are involved in the creation of new products. This course covers all aspects of static simulation and will help you prepare for the CSWSA-FEA exam. Engineering Consultants can use the skills to optimize designs for structural integrity and durability. It can also help Engineering Consultants to confidently list SOLIDWORKS FEA skills in your resume.
Research and Development Engineer
Research and Development Engineers create and improve product designs for manufacturability and performance. This course may be useful for understanding 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. Research and Development Engineers can use the skills to optimize designs for structural integrity and durability. The course will ensure that you are able to confidently list your SOLIDWORKS FEA skills.
Product Design Engineer
Product Design Engineers create and improve product designs for manufacturability and performance. This course may be useful for understanding 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. Product Design Engineers can use the skills to optimize designs for structural integrity and durability. The course will ensure that you are able to confidently list your SOLIDWORKS FEA skills.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in SOLIDWORKS: Introduction To Finite Element Analysis (FEA).
Bridges the gap between theory and practice in FEA. It provides practical guidance on modeling techniques, meshing strategies, and result interpretation. It is particularly useful for understanding common pitfalls and best practices in FEA, making it a valuable resource for improving the accuracy and reliability of your Solidworks simulations.
Provides a comprehensive overview of FEA principles and methodologies. It valuable resource for understanding the theoretical underpinnings of Solidworks FEA. While not a Solidworks-specific guide, it offers a deeper understanding of the calculations and processes involved, making it a useful reference for advanced users.

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