Get hands-on live training on Abaqus software by Industry professionals, focusing on CDP - Concrete Damage Plasticity and Structural Analysis.
4.8* Rating (150+)
350+ Total Enrolled
25+ Hours
6+ Years Exp.
10th May 2025
Rated 4.7/5.0
Rated 4.8/5.0
Join the Abaqus CDP – Concrete Damage Plasticity Training for the structural engineering domain. In the training, you will be able to gain hands-on experience in various column, beam, and slab modeling with concrete, steel, and composite materials, including performing impact damage, thermal analysis
The best-in-class videos, modeling tutorials, and live project content were created by leading faculty and FE modeling experts for this Abaqus structural analysis Training.
Learn from Expert
25+ Hours Live Training
4 Project Assignments
Advanced Certificate
As part of my research in composite connections according to the Japanese guide, I specialized in Abaqus and the experience was great. I have been able to master Abaqus in a formidable way that at first I did not think I would reach such a high level in handling this program.
”I would highly recommend Abacus Structural Analysis PIGSO live training program because it has all the tools and very experienced professionals who can teach structural analysis using the software Abaqus. During the course, we had the oppotunity to efficiently solve homeworks and solve some doubts. We have Also, The knowledge I got can help me to develop the research about the reinforced walls in buildings and existing buildings of concrete. I also recommend to add the study of walls with steel fibers for walls and slabs in buildings and bridges of concrete.”
“It was indeed a fabulous training program. This training program covered RC & pre-stressed beam analysis, Steel beam analysis, Masonry wall analysis, impact load analysis, thermal stress analysis, plane stress analysis, etc. Hisham Tarik (The instructor) explained every topic thoroughly before modeling. He is very friendly, helpful, quite knowledgeable about Abaqus, and clears our every doubt. Not only the recorded videos but also the relevant documents and journal papers are provided after each class which is very helpful. Learned a lot of technical issues to overcome errors as well. Recommended others to join this program.”
“From the begining of advanced abaqus software training program, the course was aiming to deep learning starting with the theory then with applications. It covered a very wide range of applications in abaqus like Rc beam analysis, steel beam analysis and micro modelling of masonry walls. All of these was tought in a very detailed procedure. The instructor had a very good knowledge and high precision in his way of teaching. Personally, i recommend to attend this course.”
"The lesson was really a good one. I liked the instructor, as he made the class more interactive. Working on sample projects really deepened my understanding."
Rahul Kumar is an accomplished mechanical engineer and researcher with over 6 years of specialized experience in fluid-structure interaction, computational aerodynamics, and thermal-fluid systems. A gold medalist in B.Tech, he is currently completing a Ph.D. in Fluids and Thermal Engineering at IIT Ropar, bringing deep expertise in both analytical modeling and high-fidelity numerical simulations using MATLAB, Python, and ANSYS platforms. He has authored four published research papers in reputed journals, with two more currently under peer review. He has also presented his research at several prestigious international conferences, including the FMFP Conference at IIT Jodhpur, the IAES Conference organized by ISRO, and the European Fluid Dynamics Conference held in Germany. He was awarded a SERB travel grant to present his work at the European fluid dynamics conference.
As a published researcher and experienced teaching assistant, Mr. Rahul Kumar has mentored students in the fields of fluid mechanics, heat transfer, aerodynamics, and computational fluid dynamics (CFD).
We offer best-in-class content in the form of videos, cases, assignments, and live sessions by expert faculty and industry expert.
Download the Complete Syllabus from below button
The CDP - Concrete Damage Plasticity model in Simulia Abaqus is a continuum-based material model designed to simulate the dynamic analysis of concrete under various loading conditions
By combining damaged elasticity and plasticity theory, it represents the inelastic behavior of concrete, including cracking, crushing, and stiffness degradation. Both RCC and plain concrete structures use it. It can be used under low confining pressures for monotonic, cyclic, or dynamic loading.
Yes, Every participant can access all the content resources after completing the training program including Abaqus Simulia tutorials with 1 year of duration also.
Yes, you can share your doubts during live training sessions and training groups also of the Abaqus Online live training program.
Abaqus is a FEA - Finite Element Analysis software used for structural analysis to predict load distributions about a determined structure. It helps to predict the static and dynamic responses of structures under various conditions.
