€ 60.0
This video is a demo of our training package on buckling and its modeling in Abaqus. In this demo, we’ve included selected parts of the lesson that explain what buckling is, why it matters, and the key equations involved—so you can preview the topic for free and get a clear understanding of its overall importance.
To help you evaluate the quality of the course and how the modeling steps are presented in Abaqus, we’ve also included demo clips from the workshop videos. These samples give you a sense of the content and presentation style you’ll receive in the full training—so you can make your purchase with confidence.
In this tutorial, we provide a comprehensive overview of buckling and its modeling in Abaqus. To that end, we begin with a detailed lesson, followed by a series of hands-on workshops. These workshops are designed to build on the concepts introduced in the lesson, guiding you through the step-by-step simulation of various buckling scenarios in Abaqus, and culminating in a discussion of the results. The 9-minute lesson covers key topics such as: what buckling is, how buckling analysis is useful for assessing structural failure, the types of structures where buckling may occur, and the fundamental equations governing buckling. We also explain how to simulate buckling in Abaqus, including the appropriate analysis steps. Additionally, we explore two common scenarios in detail: the role of buckling loads in eigenvalue problems, and post-buckling analysis using imperfections in Abaqus.
In the first workshop, we model the buckling and post-buckling behavior of a steel frame in Abaqus. This example includes plastic material behavior, adding realism to the analysis. In the second workshop, we simulate the buckling of an externally pressurized cylinder, followed by a review of the results. To keep things straightforward, we assume linear elastic behavior for the steel material in this case. In the third workshop, the buckling of a square column in Abaqus, as well as its post-buckling behavior, has been analyzed. In the fourth workshop, we examine the buckling behavior of a simple frame in Abaqus— a well-known phenomenon in structures, especially during earthquakes. Finally, in the last workshop, we analyze the buckling and post-buckling behavior of a cylindrical shell, providing a process you can apply to similar analyses in thin cylindrical tanks and storage structures. By completing the lesson and workshops, you will develop a solid understanding of the core concepts of buckling and how to effectively model them in Abaqus.
The following sections outline the essential concepts covered in this training: 1- Video Lesson on Buckling and Its Analysis in Abaqus In this video, we’re going to talk about various topics including what buckling is, in what types of structures it occurs, and why buckling load analysis is important. This will give you a general understanding of the buckling problem. Next, we’ll dive into buckling analysis in Abaqus, including which step needs to be defined in Abaqus, how to perform post-buckling analysis, and more. By learning these topics, you’ll gain mastery over buckling and its analysis in Abaqus. 2- Instructional Videos on Step-by-Step Modeling of Buckling and Post-Buckling in Abaqus To show you step-by-step how to perform buckling and post-buckling analysis in Abaqus, we’ve included 5 workshops as discussed below. Workshop 1: Buckling and Post-Buckling Behavior of a Steel Frame Workshop 2: Buckling of an Externally Pressurized Cylinder Workshop 3: Buckling of a Square Column Workshop 4: Buckling Analysis of a Frame Workshop 5: Buckling and Post-buckling Behavior of a Cylindrical Shell
Key Learning Concepts
In the first workshop, we model the buckling and post-buckling behavior of a steel frame in Abaqus. This example includes plastic material behavior, adding complexity and realism to the analysis. For the post-buckling phase, we manually edit input keywords and introduce imperfections into the model.
Since many of you may want to analyze buckling in cylindrical shells—which is a very common case—and might not know how to handle that in Abaqus, we’ve added this workshop. With this workshop, you’ll be able to confidently handle buckling analysis for cylindrical shells in Abaqus. In this workshop, we demonstrate each step of the process in Abaqus, followed by a review of the results. To keep things straightforward, we assume linear elastic behavior for the steel material in this case.
In the third workshop, the buckling of a square column in Abaqus, as well as its post-buckling behavior, has been analyzed. The reason for choosing this problem is that buckling is a common and widely discussed issue in structural elements such as columns. We believed that solving this problem could be especially beneficial for civil engineers.
In this workshop, we conducted a buckling analysis of a simple frame, which can be particularly useful for civil engineers. Buckling is a critical concern in building frames, where it can compromise structural integrity—especially during earthquakes or other types of loading. This workshop introduces you to the process of performing a buckling analysis on a basic frame, which you can then extend and adapt to more complex cases based on your needs.
In this workshop, we modeled the buckling and post-buckling behavior of a cylindrical shell in Abaqus. Since in many cases—such as the analysis of thin-walled tanks—a buckling analysis is required to ensure the tank’s performance, this example can effectively address such needs.
| An overview of discussed theories | 0:20 |
| General and Linear Perturbation Procedures in Abaqus | 1:30 |
| A Brief Introduction to Natural Frequency Analysis and Eigenvalue Extraction Method | 0:50 |
| Overview of Buckling Analysis | 4:40 |
| Eigenvalue Extraction Method (Buckling Analysis) | 0:30 |
| Overview of the problem under study | 0:22 |
| Part Definition in Abaqus | 1:30 |
| Property Definition in Abaqus | 0:55 |
| Creating an Instance of the Model and Defining the step | 2:40 |
| Defining the Interactions and Boundary Conditions | 4:30 |
| Mesh Generation | 1:30 |
| Editing the Keywords and Submitting the Job | 2:00 |
| Visualization of Results | 0:55 |
| Post Buckle Modeling Procedure in Abaqus | 5:00 |
| Visualization and Post Processing of the Post Buckle Model | 1:00 |
| Overview of the problem under study | 0:17 |
| Part Definition in Abaqus | 1:00 |
| Property Definition in Abaqus | 0:30 |
| Defining the Step and Boundary Conditions | 0:40 |
| Mesh Generation | 0:36 |
| Visualization and Post Processing | 1:10 |
| Part Definition in Abaqus | 1:25 |
| Property Definition in Abaqus | 1:05 |
| Step Definition in Abaqus | 0:20 |
| Element and Set Generation | 2:20 |
| Defining the Interactions and Boundary Conditions | 1:35 |
| Editing the .inp File for Buckling Model | 0:40 |
| Visualization and Post Processing for Buckling Model | 0:20 |
| Generation of the Post Buckle Mode | 2:00 |
| Editing the .inp File and Defining the Imperfection for the Post-Buckle Model | 1:20 |
| Visualization and Post Processing for Buckling Model | 1:50 |
| Part Definition in Abaqus | 1:25 |
| Property Definition and Assembly of the Model in Abaqus | 2:30 |
| Definition of the Step and Boundary Conditions in Abaqus | 3:25 |
| Element Generation and Correcting the Keywords | 2:30 |
| Analyzing the Model and Discussing the Results | 2:30 |
| Generation of the Post Buckle Mode | 7:45 |
| Visualization and Post Processing for Post Buckling Model | 4:15 |
| Part Definition in Abaqus | 1:39 |
| Property Definition, Assembly of the Model, and Mesh Generation | 3:53 |
| Definition of the Step, Interactions and Boundary Conditions | 4:10 |
| Editing the Keywords, Analyzing the Model, and Discussing the Results | 5:10 |
| Generation of the Post Buckle Mode | 4:40 |
| Visualization and Post Processing for Post Buckling Model | 3:10 |
Refunds, per terms and conditions, cover:
defects in input file (.inp) execution.
defects in subroutine file (.for) execution.
guarantees validation and accurate simulation results.
ensures product matches page descriptions.
Optional Certificate Available for an additional fee:
Issued upon successful completion.
Verifiable anytime on our website.
Proof of training participation.
Validates understanding of topic simulation.
The CAE Assistant team, in collaboration with numerous academics, researchers, and industry professionals holding bachelor’s, master’s, and PhD degrees, has developed a variety of educational packages. One of the key advantages of leveraging the expertise of such individuals is the creation of high-quality, valuable content that stands out compared to competitors. This has earned the trust of many individuals from renowned companies and universities in our team and the quality of the content we produce, which has always been a source of pride for us.
In this package, you’ll be introduced to the concept of buckling and the types of structures where it commonly occurs. We’ll then discuss the importance of buckling load analysis and guide you through the steps for modeling it in Abaqus.
Through the provided workshops, you’ll also learn how to model the buckling and post-buckling behavior of a steel structure, as well as how to perform a buckling analysis of a pressurized vessel in Abaqus—step by step.
In summary, here’s what you’ll learn in this training:
Understanding the buckling phenomenon
The importance of buckling load analysis
Common structures where buckling typically occurs
Overview of analysis steps in Abaqus and how to choose the appropriate one for buckling
A step-by-step approach to solving buckling problems in Abaqus
How to modify Abaqus keywords for post-buckling analysis
In general, buckling is a well-known phenomenon in engineering sciences with significant importance across various fields. The most common areas in which buckling appears in engineering include:
Tall or slender structures such as beams, columns, and bracings in various structural systems
Thin-walled shells and pressurized vessels such as silos and storage tanks
Compressive elements in bridges or truss members
Components of airplanes, satellites, and automobiles
Marine and submarine structures
Given its importance, engineers in these fields often need to perform buckling load analysis to ensure the efficiency and proper performance of structures under different conditions. This training helps professionals working in these areas use Abaqus to carry out buckling analysis for their specific structural needs.
Buckling is a well-known and widely studied phenomenon, and with a quick online search, you can find plenty of information and tutorials about it. However, what truly makes our training different—and what you may not easily find elsewhere—is a structured training program that not only presents all the essential theoretical concepts in a clear, lesson-based format but also walks you through the entire step-by-step modeling process in Abaqus through workshops.
In contrast to many other websites, we provide a clear syllabus and a detailed outline of the training content right on this page—exactly what you’ll receive in the course itself, with full transparency.
You’ll also get access to all the modeling files used in the training, so you can open them directly in Abaqus, follow along, or build upon them for your own projects.
In conclusion, by investing in this course, you’ll save valuable time—no more jumping between websites looking for scattered tutorials—and avoid the cost of buying multiple incomplete resources.
To make the learning process easier and more understandable, the video comes with clear English narration and accurate, easy-to-read captions throughout both the lessons and workshops. With a basic understanding of English, you’ll be able to follow the training and learn as expected.
We fully and unconditionally guarantee the accuracy and functionality of our content, ensuring it matches the descriptions provided on our website. This guarantee covers any discrepancies between the training and the presented syllabus, as well as any issues with the files, code, and videos you receive. For more information you can check the Terms and Conditions.
The Abaqus modeling files are provided in .inp format, which allows you to open them on all software versions.
A 38-minute training video that includes both theory and formulation in the form of a lesson, along with multiple workshops featuring step-by-step simulations. The video includes human-generated, error-free captions. It is coded and can only be played on the exclusive CAE Assistant player.
Yes, you can receive this training in a language other than English, which includes an additional fee. If you are interested, please contact our online chat or support email for more information.
Yes, depending on the modifications you require, we can implement the changes you need. To learn more about the terms and conditions for such custom orders, please contact our support email or our online chat.
If you are a faculty member or a company requiring multiple training packages for your staff, or If you’re an individual seeking to enhance your skills across various domains, we offer a tailored bundle plan. This plan provides access to a specific number of packages for a duration of 1 or 2 years. By paying the bundle plan fees, you’ll also receive discounts on a range of our additional services. This is a comprehensive and cost-effective solution to enhance the knowledge and skills of your team or students.
Please note: This bundle plan includes a variety of our popular training packages. If you would like to confirm the specific packages included in this plan (all packages under 400€), please check THIS PAGE or feel free to contact our support team via online chat.
All the package includes Quality assurance of training packages. According to this guarantee, you will be given another package if you are not satisfied with the training, or your money is returned. Get more information in terms and conditions of the CAE Assistant.
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