LS-DYNA Certified Course is a comprehensive industry-oriented training program designed to equip engineers with advanced skills in nonlinear Finite Element Analysis (FEA), explicit dynamics, crashworthiness, impact analysis, drop tests, metal forming, blast simulations, and multiphysics simulations. The course provides hands-on experience in creating simulation models, defining materials, contacts, meshing, boundary conditions, solver settings, and post-processing using LS-PrePost and LS-DYNA. Participants will work on real-world engineering case studies from automotive, aerospace, defense, manufacturing, and civil engineering industries to gain practical expertise in solving complex structural and dynamic problems. By the end of the program, learners will be capable of performing accurate engineering simulations, interpreting results, optimizing product designs, and applying LS-DYNA effectively in industrial product development and research. LS-DYNA is widely used for highly nonlinear transient dynamic analyses, including crash, impact, penetration, explosion, and forming simulations across multiple engineering sectors.
Key Features of Course Divine:
Collaboration with E‑Cell IIT Tirupati
1:1 Online Mentorship Platform
Credit-Based Certification
Live Classes Led by Industry Experts
Live, Real-World Projects
100% Placement Support
Potential Interview Training
Resume-Building Activities
Career Opportunities After LS-DYNA Certified Course:
LS-DYNA Simulation Engineer
CAE Engineer
Crashworthiness Engineer
Explicit Dynamics Engineer
Automotive CAE Engineer
Structural Analysis Engineer
Impact Analysis Engineer
Safety & Crash Engineer
Vehicle Safety Engineer
Finite Element Analysis (FEA) Engineer
Product Design & Validation Engineer
Metal Forming Simulation Engineer
Composite Analysis Engineer
Aerospace Simulation Engineer
Defense Simulation Engineer
Essential Skills You Will Develop in the LS-DYNA Certified Course:
Advanced Finite Element Analysis (FEA) using LS-DYNA
Nonlinear Structural Analysis in LS-DYNA
Explicit Dynamics Simulation with LS-DYNA
Crashworthiness & Impact Analysis using LS-DYNA
Drop Test Simulation in LS-DYNA
Metal Forming Simulation using LS-DYNA
Contact & Interface Modeling in LS-DYNA
Material Modeling and Characterization
Meshing Techniques for Complex Geometries
Boundary Condition & Load Definition
LS-DYNA Solver Setup and Control Cards
LS-DYNA Keyword File Creation and Management
Modeling & Post-Processing using LS-PrePost
Tools Covered:
LS-DYNA
LS-PrePost
HyperMesh
ANSA
META Post
ANSYS Workbench
ANSYS SpaceClaim
CATIA V5
SolidWorks
PTC Creo
Siemens NX CAD
AutoCAD
Syllabus:
Module 1: Introduction to LS-DYNA
CAE & Finite Element Analysis (FEA) Fundamentals
LS-DYNA Interface and Workflow
LS-DYNA Applications Across Industries
Module 2: Geometry Preparation & Meshing
CAD Geometry Import and Cleanup
Shell and Solid Meshing Techniques
Mesh Quality Checks and Optimization
Module 3: Material Models
Linear and Nonlinear Material Properties
Plasticity, Hyperelastic, and Composite Materials
Material Model Selection and Calibration
Module 4: Contacts & Boundary Conditions
Contact Definitions and Types
Boundary Conditions and Load Applications
Constraints and Rigid Body Definitions
Module 5: LS-DYNA Solver Setup
Keyword File Structure
Control Cards and Solver Parameters
Time Step Control and Mass Scaling
Module 6: Explicit Dynamics & Impact Analysis
High-Speed Impact Simulation
Drop Test Analysis
Energy Absorption and Deformation Studies
Module 7: Crashworthiness Analysis
Vehicle Crash Simulation
Occupant Safety Analysis
Crash Performance Evaluation
Module 8: Metal Forming & Manufacturing Simulation
Sheet Metal Forming
Springback Analysis
Stamping and Deep Drawing Simulation
Module 9: Post-Processing with LS-PrePost
Result Visualization
Stress, Strain, and Displacement Analysis
Animation and Engineering Report Generation
Module 10: Industry Projects & Design Optimization
Automotive Crash Analysis Project
Impact and Drop Test Case Study
Product Design Validation and Optimization Project
Industry Projects:
Automotive Frontal Crash Simulation – Perform full vehicle frontal impact analysis and evaluate crashworthiness.
Side Impact Crash Analysis – Analyze side collision performance and occupant protection.
Vehicle Drop Test Simulation – Simulate drop tests to assess structural integrity and durability.
Metal Forming & Deep Drawing Simulation – Model sheet metal forming, springback, and manufacturing processes.
