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This training package provides a rigorous, hands-on guide to the advanced analysis of 3D lattice metamaterials, utilizing the engineering methodology of Micropolar Elasticity Theory combined with Geometric Symmetry to predict and verify complex mechanical behaviors. The course material is structured around a complete workflow that includes comprehensive PDF documentation and video tutorials covering the foundational theory and mathematical formulations. Learners will engage in a detailed, line-by-line investigation of the provided Mathematica codes, which are used to mathematically derive stiffness matrices and identify non-standard coupling effects based on crystallographic point groups.
Building upon this theoretical framework, the training transitions into practical application through a series of specialized Abaqus workshops. These sessions focus on the finite element modeling of Unit Cells to validate theoretical predictions numerically. Specific workshop topics include the simulation of unique deformation modes such as Axial-Twisting (AT), Axial-Bending (AB), and Axial-Shear (AS) couplings, as explicitly identified in the project files. By mastering these specific examples—ranging from simple unit cell generation to complex coupling verification—users will gain the practical skills needed to bridge the gap between analytical mathematical modeling and high-fidelity numerical simulation, enabling them to design and analyze the next generation of architected materials.
This training package provides a complete computational framework for analyzing plant biomechanics and the mechanical regulation of cellular growth through advanced finite element modeling.
This documentation provides a rigorous foundation in the Finite Element Method (FEM) as applied to stress-based microtubule alignment, detailing the essential theory and formulations that link tissue-level mechanical stress to subcellular structural reorientation. It features a dedicated step-by-step investigation of the Abaqus model files provided in the dataset, ensuring that users can interpret every keyword, node definition, and material property assigned to the axisymmetric models. This deep dive into the code’s architecture is specifically designed to help researchers modify the scripts for their own unique geometries or material behaviors, facilitating the adaptation of these models to a wide range of biological and engineering research applications.
The video tutorials offer a comprehensive review of the PDF documentation and the simulation code, providing a step-by-step visual guide to the modeling process in greater depth. The curriculum is delivered through specific workshops focusing on Zero Force, Isotropic Material Properties, Tension, and Compression scenarios, allowing users to observe how different mechanical environments influence the resulting stress tensors and growth patterns. Through these materials, participants will gain the practical skills necessary to construct high-fidelity axisymmetric simulations, define complex anisotropic engineering constants, and perform sophisticated post-processing to visualize and predict mechanical responses in complex, multi-layered biological or structural systems.[/woodmart_text_block][woodmart_button style=”link” color=”primary” align=”left” woodmart_css_id=”6981dc5c0a870″ title=”Read More” full_width=”no” button_inline=”no” button_smooth_scroll=”no” wd_button_collapsible_content=”yes” responsive_spacing=”eyJwYXJhbV90eXBlIjoid29vZG1hcnRfcmVzcG9uc2l2ZV9zcGFjaW5nIiwic2VsZWN0b3JfaWQiOiI2OTgxZGM1YzBhODcwIiwic2hvcnRjb2RlIjoid29vZG1hcnRfYnV0dG9uIiwiZGF0YSI6eyJ0YWJsZXQiOnt9LCJtb2JpbGUiOnt9fX0=” wd_hide_on_desktop=”no” wd_hide_on_tablet=”no” wd_hide_on_mobile=”no”]
| Introduction to Micropolar Theory and its Applications | – |
| Line by line review of the Mathematica Code | – |
| Abaqus Simulation and its Verification with the Mathematica code | – |
| Introduction | – |
| Micropolar Elasticity | – |
| Developing the Mathematica Code | – |
| Step-by-step guide on Modeling in Abaqus |
| Comparison of the Abaqus and Mathematica data for verification | – |
defects in input file (.inp) execution.
defects in subroutine file (.for) execution.
guarantees validation and accurate simulation results.
ensures product matches page descriptions.[/woodmart_info_box]
Issued upon successful completion.
Verifiable anytime on our website.
Proof of training participation.
Validates understanding of topic simulation.[/woodmart_info_box]
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.
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You will master the advanced analysis of 3D lattice metamaterials, learning to predict exotic mechanical couplings like Axial-Twisting and Axial-Bending using Micropolar Elasticity Theory and Mathematica. You will then gain hands-on expertise in Abaqus by building Unit Cell models to simulate these behaviors numerically. Finally, you will learn the critical engineering skill of verifying your finite element results against theoretical mathematical derivations.
This course is primarily designed for graduate students (PhD/MSc) and academic researchers in Mechanical, Civil, and Aerospace Engineering who are specializing in metamaterials and architected lattice structures. It is an essential resource for those struggling to bridge the gap between complex theoretical mechanics (Micropolar Elasticity) and numerical verification, specifically offering a roadmap for anyone needing to validate mathematical stiffness predictions using Abaqus and Mathematica for high-level theses or journal publications.
You are paying to skip months of frustration and master the critical verification workflow that bridges complex Micropolar theory with Abaqus simulations—the exact skill required for your thesis. Instead of debugging broken code, you gain access to proven, error-free files and a step-by-step guide that guarantees valid results, allowing you to publish faster.
The PDF and Video provided in this training are in English. They are error-free, and presented in a clear and straightforward manner, making it easy for anyone with a basic understanding of English to follow.
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 files included in this training are checked on Abaqus 2022 and Mathematica 14.2. However, we have provided the Abaqus input (INP) files and Mathematica file to allow you to run the simulations on other versions as well.
By purchasing this package, you will get access to the following:
Training video: To facilitate your learning experience, we provide video tutorials that complement the PDF guide. These videos offer an in-depth explanation of the theory and guide you through each workshop, demonstrating exactly how to analyze the files and interpret the results.
PDF file: Upon purchasing this training package, you will receive a comprehensive PDF Guide. This document covers all the necessary theories and mathematical formulations. Furthermore, we provide a detailed Step-by-step explanation of the model file, ensuring you understand exactly how the model is structured and implemented.
Abaqus inp and Mathematica Files You will receive full access to the Abaqus inp and Mathematica files, allowing you to keep and utilize them for your own projects.
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.
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