Get access to a practical Abaqus CDP course teaching concrete damage plasticity, nonlinear structural analysis, masonry wall modelling, and step-by-step structural engineering Abaqus tutorials for real-world projects.
Branch: PIGSO LEARNING
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Everything You Need to Know
Our Abaqus Structural Analysis Training Course Online is designed to give you practical, industry-relevant skills in finite element analysis, linear & nonlinear structural simulation, and stress & fatigue assessment. Live batches, recorded sessions, and expert support ensure you can learn at your own pace without missing any class.
Total Duration
22+ Hours Live
Format
Live Online (Zoom)
Language
English
Certificate
Verified Certificate
Batch #001
UpcomingThe Concrete Damaged Plasticity (CDP) model in Abaqus is the gold standard for simulating nonlinear concrete behaviour — capturing cracking, crushing, and post-failure response that linear tools cannot. Here's where your skills will land you.
01
⚙️ Mechanical & Industrial Equipment
Structural researchers and consultants at IITs, SERC, and AECOM use Abaqus CDP to simulate cracking patterns, ductility demand, and failure modes in RC frames and shear walls under seismic loading.
02
🚇 Metro Rail & Transportation Infrastructure
NHAI, RVNL, and bridge consultancies use Abaqus CDP to model nonlinear concrete response in prestressed girders, pier columns, and RC deck slabs under impact, fatigue, and overload conditions.
03
✈️ Aerospace & Defense Structures
BARC, DRDO, and ISRO use Abaqus CDP to analyse blast resistance, missile impact on concrete containment structures, and progressive collapse of critical defense and nuclear facilities.
Abaqus is the industry-standard finite element platform for advanced structural simulation. This course covers the most critical modules used in aerospace, automotive, civil, and mechanical engineering for stress, fatigue, impact, and dynamic analysis.
Part & Assembly Modelling
Build solid, shell, and wire geometry in Abaqus/CAE, assemble multi-component structures with instances, define datum features, and set up assembly-level constraints and connections.
Most UsedMaterial Models & Properties
Define elastic, elasto-plastic, hyperelastic, viscoelastic, and composite material models with isotropic or anisotropic properties, strain-rate dependency, and failure criteria.
Material BehaviourMesh Generation & Element Selection
Generate structured and free meshes with hex, tet, shell, and beam elements, control seed density and bias, and choose appropriate element types for accuracy and solution efficiency.
FEM CoreStep, Loads & Boundary Conditions
Configure static general, dynamic explicit/implicit, and frequency steps with pressure, force, gravity, thermal, and displacement loads alongside fixed, pinned, and symmetry boundary conditions.
Load SetupNonlinear & Contact Analysis
Solve geometric nonlinearity, large deformation problems, and surface-to-surface contact with friction, including impact, crash, and assembly interference simulations using explicit and implicit solvers.
Advanced SolverVisualization & Results Interpretation
Post-process in Abaqus/Viewer with von Mises stress contours, displacement plots, fatigue and buckling assessment, history output curves, and animated deformation results for design validation.
Post-ProcessingInteractive live classes with real-time Q&A.
Access all content anytime for 12 months.
Hands-on real-world engineering projects.
Get personalized expert support.
Practice with structured exercises.
Industry-recognized certification.
Learn from real project data.
Attend from anywhere with flexible timing.
Enroll in Abaqus Structural Analysis (CDP) Training
Master concrete damaged plasticity modeling in Abaqus — from material calibration to nonlinear structural failure analysis.
Master Abaqus for structural engineering, from finite element fundamentals to advanced nonlinear analysis and industry-ready simulation projects.
FEA fundamentals, Abaqus/CAE interface, geometry creation and meshing basics.
Material properties, boundary conditions, loads and stress/strain results.
Multi-part assemblies, contact interactions, constraints and connectors.
Material and geometric nonlinearity, buckling, modal and dynamic explicit analysis.
Capstone structural simulation, design report and final presentation.
Master ABAQUS for structural analysis through hands-on projects, expert mentoring, and industry-focused FEA workflows.
| Feature | Pigso Learning | Generic Online | University |
|---|---|---|---|
| Full ABAQUS Hands-On Training | ✔ Full Workflow | ✖ Theory Only | ✖ Rarely Covered |
| Live Instructor Sessions | ✔ Weekly Q&A | ✖ Recorded Only | ✔ Sometimes |
| Real Industry Case Studies | ✔ Structural / Mechanical | ✖ Generic | ✖ Academic Only |
| Linear & Nonlinear Analysis | ✔ Both Covered In-Depth | ✖ Linear Only | ✖ Limited Exposure |
| Capstone Project | ✔ Reviewed | ✖ Not Included | ✔ Sometimes |
| Mentor Support | ✔ 1-on-1 | ✖ Forums Only | ✖ Limited |
| Job Ready | ✔ 6–8 Weeks | ✖ No Structure | ✖ Years |
Full hands-on structural FEA training, live mentorship, and a job-ready skillset — all in 6–8 weeks.
Reach out to schedule a demo, discuss corporate bundles, or get tailored Abaqus structural analysis advice from our expert trainers, and contact us today.
Ask questions, share models, and get quick responses from your batch and mentors.
Connect with engineers and build meaningful professional relationships.
Receive personalized guidance on projects, technical doubts, and career growth.
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