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The Nonlinear FEA Masterclass

Gain Knowledge and Practical Skills needed to
Elevate Your Designs and Career to the Next Level

All you need to know, to:

Perform Structural Nonlinear FEA Analysis on an Expert-Level
Deeply Understand FEA, and have Confidence in Your Outcomes
Avoid Costly and Stressful Mistakes

Join 500+ Engineers benefiting from my Online Courses!

Join the Waiting ListNext Signup: June 13th

Watch the Video to learn how my Course can help You!

It will take you only 4 minutes!

Join the Waiting List!

What Holds You Back from Mastering Nonlinear FEA?

But instead of learning how to properly do Nonlinear FEA and analyze outcomes, you learn where to click to get a colorful picture.

It’s impossible to find materials, that would dive deep into the complex world of Nonlinear FEA Design in real applications.

Traditional sources will bog you down with complex mathematics completely missing the practical aspects of Nonlinear FEA.

Developing practical skills based on aviable resources can take long years, and you simply don’t have so much time to invest?

Nonlinear FEA Masterclass solves all of those problems for you, and allows you to gain practical skills without the unnecessary roadblocks and frustration!

If you feel that your FEA Designs could be better…
You are 100% correct

And you are in a great place, to learn all that you need to become more efficient, confident, and to raise your FEA skills to a whole New Level!

What you can Expect from Nonlinear FEA Masterclass

This course will guide you from “I do FEA, but I’m not sure about so many things” to the profound understanding of Nonlinear FEA and confidence to use it in structural design

Learn how to use Nonlinear FEA and know you’re doing it right.

Take on more interesting and complex projects.

Make your skills and yourself more valuable.

Skip complex math and theory and learn the skills you need

Learn through a gamified, fun course — without the boring stuff.

Get a deep understanding of Nonlinear FEA quickly.

Join the Waiting List

Master Nonlinear FEA
by learning all you need to know about:

Practical use of Nonlinear Material
Nonlinear Material Models I use in my designs
Material Failure Theories and what they mean
Advanced Problems of Interactions of Nonlinearities
All Kinds of Buckling and Stability Issues
Nonlinear Geometry in Membrane State
Setting up Contact in your Analysis
Solving Convergence Problems and correct Solver Setup
Tools needed in post-processing that will help you understand outcomes

Here, you can check a Detailed Course Content List

Why Choose
The Nonlinear FEA Masterclass

Join the Waiting List!

Check out the demo lessons:

What do you get in the Course Price?

Nonlinear FEA Masterclass is so much more than just lessons!

A complete learning program guiding you step by step with
50+ lessons and 15 examples

You can download example models geometry as .stp, .parasolid and other popular formats

You will be able to see for yourself how much you have learned, thanks to quizzes in each module

You have lifetime access to course content, to revisit lessons and use them as guides in your work

As a bonus you get a yearly access to bi-weekly office hours where you can to ask your question live

As a bonus you get a yearly access to the dedicated forum to discuss your problems and ideas

You have lifetime access to all the additional content I might add later to the course

You have access to the course materials 24/7 from everywhere – all you need is the internet access

I’m constantly working behind the scenes to help you gain as much as possible from the course!

About the Author of the Course

Łukasz Skotny Ph.D.

I’m an FEA consultant, and academic teacher. I have been involved with FEA for more than 10 years now which included various projects in at least 20 countries on 6 continents (and a Ph.D. thesis!).

When I got hooked in FEA I realized how scarce good materials were. I have spent long nights in frustration learning everything with trial and error.

Thanks to my experience both in applied FEA and academic teaching I’m creating this course so you can avoid this frustration. FEA is a wonderful tool that can have a tremendous impact on your career – give it a try, you won’t regret it.

Throughout this course, you’ll learn everything you need to know about nonlinear analysis in FEA, which is not taught in any textbook.
Starting with the most basic concepts, neat explanations, examples, and amazing challenges you will have all the tools to spread your wings in FEA and boost your career.

Edson Zofrea Gusmões
Civil Engineer, Specialist Engineer II, Brazil

I definitely recommend Łukasz’s course. It has a lot of easy-reading content and practical examples that explain major concepts of nonlinear analysis. This kind of plain and understandable explanation you won’t find in any scientific book. I can honestly say it helped me to develop my structural engineer career.

Jakub Drozdowski
Hull Structure Designer, NavArt, Poland

Łukasz’s approach to sharing knowledge about difficult matters proves his deep understanding of the subject.
This makes it easy to approach a non-linear course without worrying about overwhelming formulas and “smart” words.
Informal language and good explanations help you digest each lesson given in small portions.
There are many very well-presented examples that you can follow to better understand each block of the course “by doing”.
The modules end with tricky tests, during which you can verify your own progress.
Thank you for your effort Łukasz.

Artur Dziuda
Structural engineer, Altum, Poland

The definitive training course for non-linear FEA. This course comprehensively covers how to approach non-linear static analysis in an easy to understand and fun manner. The lessons are well written and engaging and are complemented by a large number of practical example problems. Highly recommended!

Mike Beaumont
Senior Structural Engineer / Onyx Projects / Australia

A beautifully crafted experience for structural engineers who really want to understand the nonlinear effects and their interactions

If you want to be an expert in FEA Design and engineering in general, there is just no way around this course and Łukasz’s work in general.
The methods of teaching the concepts are revolutionary and deliver the knowledge in a way, that it’s just fun to learn and it really sticks.

Stefan Pumberger
Structural Engineer, Austria

Highly recommend the Breakthrough FEA Course and Nonlinear FEA Masterclass, especially to structural or mechanical engineers interested in the design of bins, silos & hoppers. Both are extensive courses containing videos and text explanations for each of the key sections involved in FEA design with examples. I began the breakthrough course 2 years post-graduate with minimal experience in FEA design. Following completion of the non-linear course, I felt confident enough to correctly model, interpret and validate results.

Jayden Cook
Structural Engineer at Wave International, Queensland Australia

This class offers clear guidelines that have made me more confident in the choices I make when using non linear stress analysis. The combination of clear explanations and worked examples makes this course extremely valuable for practicing engineers.

Brian Mathews
Taylor Power Systems, United States of America

If you want to play a role in structural engineering you need FEA, there is no choice. Breakthrough FEA Course is the right place to start the adventure, getting the basic concepts and the fundamentals. Nonlinear FEA Masterclass is the next level of the adventure. This is an advanced course that gives you theoretical and practical knowledge to solve real complex engineering problems using numerical simulation. The secret ingredient of the course is Łukasz, he has an amazing teaching style, he is an FEA Master, and he really makes the difference. There’s no better way to learn FEA.

Claudio Curreri
Mechanical engineer at Italgru S.r.l, Italy

Łukasz is one of the most passionate FEA analysts and a humble person I have ever seen. Anyone can tell his passion for nonlinear FEA through his online courses and blogs, and most importantly he is always there to clear my doubts.

Tontanga Kothilngam
WEBS SYSTEM KOREA, Republic of Korea

Your Investment in Becoming
a Nonlinear FEA Expert

Right now, you can purchase The Nonlinear FEA Masterclass, gaining a whole new skill set to boost your career—and gain a renewed love for engineering!

Next Course Enrollment: June 13th-21st

The Nonlinear FEA Masterclass

Single user 2 and more users

11 modules focusing only on practical aspects of FEA
50+ value-packed written lessons to boost your learning
15 Examples with over 13.5h of video content
11 tests to challange you and grow your confidence
Lifetime access to course content
No Risk! – 30-day Refund Guarantee
BONUS: Yearly access to bi-weekly office hours and community of engineers just like you

Each user will get a private named account
Discount depends on the amount of purchased seats
Please email me names and emails of participants
Of course, if you will provide your company data, you will receive an invoice

Boost the FEA capabilities of your team and sign up today

NO RISK! 30-Day Purchase Refund Guarantee!

I’m absolutely sure that my Nonlinear FEA Masterclass will meet (and even exceed!) your expectations. This is why I give you a 100% Satisfaction Guarantee!

If you won’t like the course for any reason and you will want to return it, I will refund you the purchase. You have 30 days from the purchase date to return the course – simply send me an email and I will make it done – without any drama : )

FAQ

How does the 30-day Refund Guarantee works?

Within 30 days of the purchase you can return the course (for any reason) and I will give you your money back.

I would appreciate if you would write why you didn’t like the course (or what is the reason of the refund) – but this is not mandatory.

All I need is an email from you asking for the refund, within 30 days from purchase… and that’s it.

Simple, isn’t it?
How long will I have access to the course?

Your access to the course has no time limit. As long as the course exists you will have an access to it!

As a bonus you get a yearly access to the FEA Guild Community with bi-weekly office hours, dedicated forum and a lot of cool stuff!
Is there a way to ask questions during the course?

Absolutely!

The course gives you a yearly access to the FEA Guild with bi-weekly office hours with me, and a dedicated forum, so there are plenty of opportunities to ask your questions.

And of course… You can always send me an email 🙂
Who is this course for?

I’ve created this course for engineers wishing to advance their FEA skillset to a completely new expert-level.

If you are looking to learn how to practically use Nonlinear FEA in structural design (and learn a LOT about proper design along the way!) while building confidence in your skills this course is for you.

This is an advanced-level course, so it would be best if you would have basic “working” knowledge of FEA before you start.

Engineering students are also welcome of course. The course teaches advanced concepts, but starts from the beginning when it comes to nonlinearities, so previous knowledge of that field is not needed, and you can start with the course with basic engineering knowledge (very basics of strength of materials etc.).
Who is this course not for?

This course teaches how to perform Nonlinear FEA analysis mostly of metal structures. I’m mentioning this, as “Nonlinear FEA” is a vast universe and modeling a “beating human heart” would be treated as “nonlinear” as well… and I can’t help you with that.

To some extent, the understanding of how nonlinear FEA works, will be useful in all possible nonlinear FEA applications, although the best benefits you will get when you wish to work with metal components/elements as this is where I have the most experience too, and naturally I’ve used such models as examples to teach various concepts.

On the same note, there is nothing about CFD here, I don’t even mention electromagnetism etc. We will focus on the structural design.
What FEA software do you use?

Most examples are made in Femap with NX Nastran, with several being done in RFEM (Dlubal). However, I strongly encourage all students to use the software they will use at work while following this course, since you want to get accustomed to software you will be working on.

So far students finished my course using Ansys, Abaqus, Staad and many other packages – examples are done in such a way, that you can easily follow them in any FEA package as long as you have very basic knowledge about it.

If you want to, you can get a 30 days trial version of Femap and simply use the same software as I do.
I’m just begining my adventure with FEA – is this course for me?

Honestly, even without previous FEA knowledge you will be able to follow the course as it teaches everything you need to know…

…however, I wouldn’t recommend that.

I feel that it’s way better to do the course when you have a solid base in FEA Fundamentals, and my Breakthrough FEA Course will serve you much better as the starting point (and you can get back to this course later with a strong foundation to build on).
What is the Precise Course Content List?

Course consists of written lessons and video examples.

Content overview can be seen on the images below, and the precise content list is given below those images.

All Course Modules:

All Course Examples:

Detailed Course Content List:

Module 0: Welcome to Nonlinear FEA Masterclass

  »   Read this first

  »   Introduction to Nonlinear FEA

Module 1: Intro to Nonlinear Geometry – Membrane State

  »   Introduction to Nonlinear Geometry

  »   Membrane State

  »   Example 1: Membrane State and Verification with Hand Calculations

  »   Creating Equilibrium Paths

  »   Example 2: How to Create an Equilibrium Path

  »   Module Quiz

Module 2: Intro to Nonlinear Material – Yielding in Analysis

  »   Linear vs Nonlinear Material

  »   Practical Nonlinear Material… or why things aren’t failing

  »   How Plasticity Really Works

  »   Example 3: Plastic Material Example

  »   Module Quiz

Module 3: Solver Setup – Part 1 – Increments and Iterations

  »   Introduction to Load Incrementation

  »   What is Convergence

  »   Problems with Nonlinear Solution

  »   How Nonlinear Solver Works

  »   Finding Convergence for Given Load

  »   Example 4: Various Approaches to Load Incrementation

  »   Module Quiz

Module 4: Nonlinear Geometry – Introduction to Buckling

  »   Stability will attack you from the shadows!

  »   Different Kinds of Stability Failure

  »   Is Linear Buckling Cool or Not?

  »   Why Stability Failure can be… Stable?

  »   Example 5: Local Stability Failure

  »   Unstable Stability Failure

  »   Module Quiz

Module 5: Solver Setup – Part 2 – Dealing with Non-Convergence

  »   What Non-Convergence Really Means

  »   Enforcing Deformations as a Partial Solution to Failure

  »   Arc-Length Methods and Their Use

  »   Are Outcomes from Arc-Length Real?

  »   Example 6: Force, Deformation and Arc-Length Steering of Analysis

  »   Non-Convergence handbook

  »   Module Quiz

Module 6: Advanced Nonlinear Geometry – Nonlinear Buckling Analysis

  »   Failure in Stability Cases

  »   Load Multiplier and its Use

  »   Example 7: Shell Stability and Load Multiplier

  »   Buckling of Members

  »   Example 8: Nonlinear FEA and Beam Design

  »   Plate Stability

  »   Shear Stability

  »   Stability Summary

  »   Module Quiz

Module 7: Nonlinear Material Analysis – Material Failure Modes

  »   Quick Nonlinear Material Recap

  »   Getting Capacity From Nonlinear Material

  »   Weird Behavior of Nonlinear Materials

  »   Example 9: Nonlinear Material and Post-Processing

  »   Nonlinear Material Failure Modes

  »   True Stress – True Strain

  »   Elastic, Plastic and Total Strain

  »   Module Quiz

Module 8: Nonlinear Material Analysis – Material Models

  »   Different Material Models – Introduction

  »   Bi-Linear Plastic Material Model

  »   Multi-Linear Plastic Material Model

  »   Nonlinear Elastic Material Model

  »   Nonlinear Elastic + Nonlinear Plastic

  »   Example 10: Nonlinear Material Models Compared

  »   Module Quiz

Module 9: Advanced Nonlinear Material – Material Models for Metals

  »   Laboratory Tests, Material Data and Probability

  »   Structural Steel

  »   Stainless Steel

  »   Aluminum

  »   Example 11: Advanced Comparison of Nonlinear Material Models

  »   Module Quiz

Module 10: Interaction of Nonlinearities and Time in Analysis

  »   Interaction of Nonlinearities

  »   The Reality of the Interaction of Nonlinearities in Design

  »   Example 12: Interaction of Nonlinearities in Real Design

  »   Not so Dynamic, Dynamic Things

  »   Truly Dynamic, Dynamic Things

  »   Implicit vs Explicit

  »   Example 13: Time in Analysis

  »   Module Quiz

Module 11: Contact in Analysis

  »   Contact Introduction

  »   Contact and/or Nonlinear Analysis

  »   Setting up Contact

  »   Example 14: Contact in Bolted Connection

  »   Static and Kinetic Friction

  »   Example 15: Static and Kinetic Friction

  »   Module Quiz
Can I buy the course with instalments?

This is a terribly difficult question, and the answer is… no, you can’t.

I was thinking about it a lot! Technically “instalments” are just a loan, and I don’t want you to get in debt (at all), not to mention getting in debt to buy my course!

If you can save up some money each month (instead of paying an instalment on my course)… then please do. And when you will have all the required money, you will be able to buy the course, or do something else with them.

Loans are bad for you… don’t get them if you don’t have to!
Are there discounts for *insert whatever*

No.

There are no discounts, and the course will never be cheaper.

I know that the value of the course is much higher than the price in this edition, and I expect to increase the price in the coming editions.

The only price reduction is possible when you are buying several licenses at the same time for employees of your company – in such a case please send me an email to [email protected] to discuss details.
When there will be a new edition of this course?

Most likely around Summer 2023, but I don’t have very precise plans yet.

I will announce that in advance, of course.

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The Nonlinear FEA Masterclass

Gain Knowledge and Practical Skills needed to Elevate Your Designs and Career to the Next Level

Software tutorials pretend to be FEA courses?

There are no good practical examples

Teaching is based on unnecessary theory

There is just not enough time to learn

Nonlinear FEA Masterclass solves all of those problems for you, and allows you to gain practical skills without the unnecessary roadblocks and frustration!

Gain In-Demand Practical Skills

Build Your Confidence

Expand Career Opportunities

Immediately Useful

Actually Enjoy Learning

Invest Hours, Not Years

Here, you can check a Detailed Course Content List

learn by doing: no complex math or boring theory

15 real examples to give you practical skills in FEA

check what you’ve learned with fun quizzes

practical skills you can implement right away

comprehensive content making you understand

50+ value-packed lessons efficient and easy to digest

11 Course Modules

Files for Examples

Test what you’ve learned

Lifetime Access

Live Meetings

Closed Community

New Content

Learn how you like!

My involvement

About the Author of the Course

Łukasz Skotny Ph.D.

The Nonlinear FEA Masterclass

Join the Waiting List for the course… and get awesome FEA content during the wait!

All Course Modules:

All Course Examples:

Detailed Course Content List:

Module 0: Welcome to Nonlinear FEA Masterclass

Module 1: Intro to Nonlinear Geometry – Membrane State

Module 2: Intro to Nonlinear Material – Yielding in Analysis

Module 3: Solver Setup – Part 1 – Increments and Iterations

Module 4: Nonlinear Geometry – Introduction to Buckling

Module 5: Solver Setup – Part 2 – Dealing with Non-Convergence

Module 6: Advanced Nonlinear Geometry – Nonlinear Buckling Analysis

Module 7: Nonlinear Material Analysis – Material Failure Modes

Module 8: Nonlinear Material Analysis – Material Models

Module 9: Advanced Nonlinear Material – Material Models for Metals

Module 10: Interaction of Nonlinearities and Time in Analysis

Module 11: Contact in Analysis

Gain Knowledge and Practical Skills needed to
Elevate Your Designs and Career to the Next Level

Gain In-Demand
Practical Skills

Build Your
Confidence

Expand Career
Opportunities

Immediately
Useful

Actually Enjoy
Learning

Invest Hours,
Not Years