user subroutines in abaqus
Overcome the limits of your models thanks to Fortran subroutines and create mind-blowing FE simulations
Deep dive into more than 13 types of user subroutines
Combine Python scripts and Fortran subroutines for unbelievable simulations
Develop lots of user subroutines for real applications both in Abaqus/Standard and Abaqus/Explicit
Learn Fortran and C++ from zero
Consolidate the fundamentals of FEM through dozens of practical examples
Understand everything you need to develop your own V/UMATs and V/UEL
Take advantage of ultrafast post-processing thanks to C++ and Fortran
What is it?
This is the deepest course that you will ever find to become a Master in the application and development of User Subroutines in Abaqus
Who is this course for?
This course is intended for any Abaqus user looking forward to extending his simulation capabilities to a whole new level
What is it made of?
This is an online course made of video lessons, supported by lots of additional resources, so that you can follow it at your own pace
When does it start?
Since it is a 100% online course, it starts as soon as you sign up
How long is the course?
The full course is made of 12 chapters with +50 hours of recorded video in +410 lessons
How long can I access?
Once you sign up, you will have access to the full course for life, and also to all new updates
Check the contents of the course:
User Subroutines in Abaqus
User Subroutines in Abaqus
This course is made of 12 chapters of content with +50 hours of video, organized into +410 lessons, lots of Fortran subroutines, Python scripts... and a lot more
- What are user subroutines?
- When are user subroutines required in Abaqus?
- Fortran I
- Subroutine: UVARM
- Running user subroutines from Abaqus/CAE and from the command line
- Test model: single-element model
- Practical case 1: open hole coupon
- Practical case 2: composite panel with holes
- Quiz I
- Fundamentals of the Abaqus input file and application with user subroutines
- Fortran II
- Subroutine: DISP
- Test model: translations and rotations with a rigid body
- Practical case 1: stress intensity factor at the wake of a crack under mode I
- Practical case 2: stress intensity factors at the wake of a crack under mixed mode
- Quiz II
- Subroutines in Standard and Explicit
- Fortran III
- Subroutine: DLOAD, VDLOAD
- Test model: 2D model with static load
- Practical cases: moving load in 2D, moving point load and moving load in 3D
- Quiz III
- Running user subroutines without a compiler
- Fortran IV
- Subroutine: URDFIL
- Test model: single-element model with strain softening
- Practical case: load control simulation, comparison with UVARM subroutine
- Quiz IV
- Combining multiple subroutines in the same simulation
- Fortran V
- Subroutines: DFLUX, FILM, UEPACTIVATIONVOL
- Test model: heat source model
- Practical case 1: sequential thermo-mechanical model of wire-arc additive manufacturing process (WAAM)
- Practical case 2: multilayer WAAM simulation
- Quiz V
- How to combine user subroutines in Abaqus with Python scripts
- Fortran VI
- Subroutines: URDFIL, DISP, UEXTERNALDB
- Test model: crack propagation model
- Practical case: fully-fledged crack propagation tracking with automatic BC update + sequential job restart + Python controller
- Quiz VI
- Solid Mechanics theory for constitutive models: stiffness tensor, tangent tensor, stress update, damage theory...
- Understanding stress-strain computation in Abaqus/Standard
- Subroutine: UMAT
- Practical case 1: linear elastic isotropic model
- Practical case 2: non-linear elastic anisotropic model
- Practical case 3: damage model in 1D
- Quiz VII
- Continuation from chapter 7
- How to develop a consistent 3D constitutive model with damage.
- Subroutine: UMAT
- Practical case 1: anisotropic 3D model with damage
- Practical case 2: application to micromechanical FE model
- Quiz VIII
- Solid Mechanics theory for plasticity models: yield criteria, plastic flow (hardening and softening), integration schemes, return mapping algorithms...
- Subroutine: VUMAT
- How to convert a UMAT into a VUMAT
- Practical case 1: anisotropic model with damage
- Practical case 2: single-element perfectly-plastic model
- Practical case 3: plasticity model with isotropic and kinematic hardening
- Quiz IX
- How to take advantage of state and field variables for multiple purposes
- Subroutines: V/USDFLD, V/UFIELD
- Test model: time/position dependent material properties
- Practical case 1: modeling damage by means of state variables
- Practical case 2: Gaussian distribution of properties
- Quiz X
- The FE method: nodal displacements, shape functions. integration points, strain-stress...
- Fundamentals of phase field
- Subroutines: UEL, VUEL
- Test model 1: linear elastic 1D element in Standard
- Test model 2: linear elastic 1D element in Explicit
- Practical case 1: user element for phase field method in Standard
- Practical case 2: user element to apply periodic boundary conditions in Explicit
- Quiz XI
- Fundamentals of postprocessing with Python scripts
- Ultra fast post-processing methods with Fortran and C++
- Practical case 1: Efficient post-processing with Fortran routines
- C++ fundamentals and beyond
- Practical case 2: Efficient ODB post-processing with C++ programs
- Quiz XII
Unleash the power of User Subroutines in your models
- All lessons of this course are very fluid, comprehensive and every detail is explained
- You will learn to code whatever you need in Fortran subroutines: from subroutines for advanced boundary conditions (DISP, DLOAD, DFLUX…), controlling the simulation workflow (URDFIL, UEXTERNALDB…), up to the most advanced material subroutines (UMAT, VUMAT)
- Every lesson goes straight to the point, without any worthless piece of content. You will learn what you need on every stage and you will be putting it in practice from the very first lesson
- You will not only learn how to create your own User Subroutines in Abaqus, but also bring your finite element analyses to world-class level
- The final goal of the course is that you get the tools and experience to face any simulation challenge that involves User Subroutines with confidence. You will go from “I have no idea how to use a subroutine” to “I can create any sort of User Subroutine for my FE models!”
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ACCESS FOR LIFE
Access this course forever. Watch the videos and review the lessons anytime, at your own pace
CERTIFICATE
After finishing the course you will get your certificate of completion
RESOURCES
You will get all the scripts, programs, examples and quizzes of the course
QUESTIONS
I will personally solve all of your questions through the Comments section of the course
Take a look inside the course
My professional career
My name is Miguel Herráez, I am an industrial engineer and Phd in materials science.
From my childhood I have always wished to help everyone and to learn everyday something new to go as far as possible. That is how, a few years ago… I could even work at NASA!
In 2013, I started a Phd and I felt overwhelmed when I realized how many new things I had to master in such a short period of time. I needed to use Abaqus from the very first day, but I did not know anything about it.
I needed to learn quickly, I didn’t know where to get started and I was running out of time. I spent many days and nights reading, filtering and collecting information to get up to date.
Since that time, I have been working with Abaqus daily, for scientific purposes as well as for indutrial projects. This allowed me to develop a unique method to learn how to use Abaqus in an easy and fast way.
Thanks to this methodology, I have achieved further goals than I would have ever expected, and what is more important, I have helped other people to make it real too.
NASA Langley
Visiting researcher
École Polytechnique Fédérale de Lausanne
Post-doctoral researcher
Airbus
Industrial and scientific projects
University of West Virginia (WVU)
BSc final project
IMDEA Materials Institute
Research assistant
University Rey Juan Carlos
Lecturer
Polytechnic University of Madrid
Phd in Mechanics of Materials
Carlos III University of Madrid
BSc in Industrial Engineering
Lifetime access and learn at your own pace
Learn any time, from anywhere. Whether you are a PhD student, an Engineer working in the private sector, a Researcher... This course is adapted to your needs and availability.
Access for life
- The course is for you for life
- You will have access to the full course and future updates forever
Ready to use resources
- High quality videos (QHD)
- Fortran subroutines fully documented
- Line-by-line coding with me
- Python scripts
- Input files of the FE models in Abaqus
- Technical reports and datasheets
- Links to the official documentation
- Scientific references
- Quizzes after every chapter
Online multiplatform course
- Manage your time as you desire
- Access the course platform from anywhere at any time
- Follow the course from any device: PC, tablet or even your phone!
What my students think of my courses
“Thank you, Miguel! It was very detailed and useful, and I found all the answers to all my questions. I had a gap in fracture mechanics, but now I have a wide knowledge that allows me to effectively model the behavior of a composite structure. Thank you very much for your efforts and very good presentation. Looking forward to the next one!”
Hi Miguel, I’ve gone through the subroutines course. This course is perfect for learning subroutines. Big thanks! You put all your efforts into this course. (…) You explained composite damage very well in the UMAT chapter. And my Abaqus skills have improved a lot!
“I have just completed the Simulation of Composite Materials with Abaqus course. I have to say this has been such a great course from the very beginning till the end. Very well presented, explained and structured, combining theory, references, methodology, and practical case studies, with the thinking process capturing the essence of the topic. This course and the knowledge you share makes me want to know even more and dive deeper. I have really enjoyed this course and I am hoping to see more content and courses on composites. I would highly recommend this course. The value and content that is presented in the course saves countless hours of research and struggle"
“Abaqus scripting with Python course prepared me to be industry ready. I learned the automation capabilities of FEA and good coding rules for efficient pre-processing and post-processing. I recommend this course to both young graduates and practicing professionals”
“(…) it is a very useful course to understand the interface with Python and the examples provide very clear guidelines on how to use it in the workflow with Abaqus. Regarding the quizzes, they are very nice to put attention to some key points. A lot of material is covered, and quizzes help in refreshing and settling some topics (…). Finally, I would recommend the course to Abaqus users, because it’s a very good intro to Python scripting and impressive results are achieved even with the student edition of Abaqus“
Learning to interact and automate Abaqus simulations using Python Scripting has really unlocked things I could have never imagined prior to taking up this course. As a structural engineer, I have been using Abaqus for several years, but I always relied on the software graphical user interface (GUI) to run my simulations. This course has completely changed my perspective of Abaqus and has truly unlocked lots of possibilities for me. I'm currently using all my learnings from this course for my research. Dr. Miguel has done a fabulous job in using apt examples to demonstrate how Python scripts can be used to automate tasks, customize simulation workflows, and analyze simulation results. Highly recommended for anyone who uses numerical solvers to tackle complex engineering problems!
“The course Abaqus scripting with Python is very comprehensive and I have benefited from it a lot for the automation of both preprocessing of modeling work and postprocessing the results for my simulations. Thank you, Dr. Miguel, for offering a great course Abaqus scripting with Python. The videos are very detailed explaining each command, and how to efficiently create, edit and reuse it for repetitive tasks starting from modeling, analysis and postprocessing. The access to the course is lifetime enabling me to revisit the website whenever I need to.”
Thank you Miguel, actually, you teach two things at once, Python and Abaqus. Thanks again and again. I am waiting for the simulation of composite materials!!! I will watch the videos again and again […]. A lot of very important steps in building a model in Abaqus/CAE […]. Thanks again!
“By far you have made that anybody can follow the course. You provide all the tools required so that anyone who has ever programmed can follow the course perfectly. Definitely, it is a course made for all levels. I think the course is extremely useful and I would repeat it again for sure. I have felt the course is made taking care of every detail"
“Abaqus/Scripting is a powerful tool to automate any task in Abaqus using Python scripts. This means that it is possible to automate and control any action performed in Abaqus and, consequently, save a tremendous amount of time both in the PreProcess and PostProcess stages. […] I highly recommend this course provided by TecnoDigital School and Miguel Herráez”
“I have just completed the course Abaqus/Scripting with Python and, firstly, I would like to say congratulations. It has been a really interesting course, from which I take lots of resources to implement. I would like you to make new courses with the advanced topics mentioned at the end (optimization, user interfaces…). I hope to see new contributions and courses soon!"
“I have learned a lot from your composite modelling course. My knowledge on FEA has increased a lot after taking your course. Will there be a course on writing subroutines like UMATs?”
Give it a try without any risk
You have 15 days for refunds
For the refund to be possible, there is only one condition: you shall not have watched more than 20% of the course. If that is the case, you only need to send an email to contact@tecnodigitalschool.com and you will be refunded
ONLINE COURSE
USER SUBROUTINES IN ABAQUS
12 chapters
+50 h of QHD video
+13 Fortran subroutines
(DISP, DLOAD, V/UMAT, V/UEL, V/USDFLD…)
Additional resources
(Python scripts, C++ programs, technical references…)
Ultra fast post-processing routines
Python, Fortran (ABQMAIN) and C++ (ABQMain)
Access for life
Personal support to questions
Certificate of completion
Satisfaction guarantee
15-day money back. No questions
1497€
Do you have any questions about the course
"User subroutines in Abaqus"?
This course is made of +410 videos (5 to 20 minutes long) which are organized into 12 chapters of contents as detailed above.
All the subroutines developed and lots of additional resources are given next to each of the videos, as well as more documentation and references to go deeper into all the details
Even though user subroutines are considered as one of the most advanced subjects in FEA, we start literally from the ground up.
I have designed the course so that it can be followed without any problem by anybody with basic technical knowledge, with minimum experience in Abaqus or numerical simulations.
I have designed the course so that it can be followed without any problem by anybody with basic technical knowledge, with minimum experience in Abaqus or numerical simulations.
Practical examples of increasing complexity are explained in great detail, step by step, and at the same time covering all the theoretical foundations required to understand it.
If you already have experience with user subroutines applied to FEM, you will find out many new ideas to take even more advantage of them. For instance, combining multiple subroutines in the same models, or putting together Python scripts with subroutines is pretty mind blowing.
Apart from the "programming side", the theoretical background required in every chapter is covered in detail. From Solid Mechanics, Fracture Mechanics, System Dynamics, Finite Elements, and more subjects.
Apart from the "programming side", the theoretical background required in every chapter is covered in detail. From Solid Mechanics, Fracture Mechanics, System Dynamics, Finite Elements, and more subjects.
Absolutely!
Abaqus without subroutines is like a smartphone without the "smart".
Yes, you can make voice calls, but you are also missing many more features. No internet, no video calls, no emails, no social media (maybe that's not so bad...).
You get the idea, right?
Being able to control user subroutines in Abaqus involves that we can run outstanding simulations, FE models that would be out of reach otherwise.
So, if you are looking forward to become a Simulation Engineer, the sooner you get familiar with user subroutines, the higher you will reach.
Yes, you can make voice calls, but you are also missing many more features. No internet, no video calls, no emails, no social media (maybe that's not so bad...).
You get the idea, right?
Being able to control user subroutines in Abaqus involves that we can run outstanding simulations, FE models that would be out of reach otherwise.
So, if you are looking forward to become a Simulation Engineer, the sooner you get familiar with user subroutines, the higher you will reach.
You have a full refund guarantee available for 15 days to test the course and check it out for yourself.
However, I am completely confident that you will love it, more than 100 students in this course and more than 420 user among all my courses proof it.
However, I am completely confident that you will love it, more than 100 students in this course and more than 420 user among all my courses proof it.
Yes, you can. That’s what I have done for more than 10 years.
There are too many resources on the Internet, documentation, tutorials, videos… The problem is that you will struggle bringing together all these bits and bytes of information (often incomplete).
Not to mention, this will take you a long time.
That's why in this course I have collected all my experience, and I know very well which are the hardest concepts and most common difficulties.
Anyway, if you don’t take this course, I recommend you (1) count on good learning examples, (2) study the official documentation of Abaqus and (3) work with someone expert in the field to help you clarify the toughest concepts.
There are too many resources on the Internet, documentation, tutorials, videos… The problem is that you will struggle bringing together all these bits and bytes of information (often incomplete).
Not to mention, this will take you a long time.
That's why in this course I have collected all my experience, and I know very well which are the hardest concepts and most common difficulties.
Anyway, if you don’t take this course, I recommend you (1) count on good learning examples, (2) study the official documentation of Abaqus and (3) work with someone expert in the field to help you clarify the toughest concepts.
Nothing at all, but you will stay stuck in your simulations, spending longer and longer looking for the solution to the next issue that appears in your model.
Otherwise, you will enter this group of professionals who are able to identify and implement the user subroutines required in their simulations in Abaqus.
In addition, since I am working on some extensions for the course, the price will never be lower.
You make the decision.
Otherwise, you will enter this group of professionals who are able to identify and implement the user subroutines required in their simulations in Abaqus.
In addition, since I am working on some extensions for the course, the price will never be lower.
You make the decision.
If you think about the course as an expense, maybe this training is not for you. You are the only one who can turn it into an investment for life.
This course will make you stand out of the crowd when applying to job positions in the expanding FEA industry.
This course will make you stand out of the crowd when applying to job positions in the expanding FEA industry.
If you still have any question, you can always contact us directly at contact@tecnodigitalschool.com