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FEA LS DYNA

FEA LS DYNA TRAINING

Last updated: Dec 14, 2025
Level Intermediate
Language Telugu
Enrolments No enrolled students
Views 143

About This Course

Course Curriculum

8 Topics
8 Lessons
total length

  • Introduction to LS-DYNA

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    • What is LS-DYNA? Real-world crash and impact applications
    • Introduction to Explicit Solver workflow
    • LS-DYNA input file structure (.k, .dyn, .d3plot, etc.)
    • Running your first simulation in LS-PrePost

  • Model Setup and Units

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    • Block impact setup with rigid wall
    • Units in LS-DYNA: mm, ms, kg - maintaining consistency
    • Key control cards: time step, termination, energy 
    • Managing model directories and input files

  • Material Models for Crash

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    • Overview of material cards: MAT_24, MAT_89, MAT_98
    • Plasticity and strain-rate dependent behavior
    • Basics of failure modeling
    • Using test data to define material curves

  • Meshing and Element Strategy

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    • Shell vs solid elements -use cases and benefits
    • Choosing between quad, hex, and tet elements
    • Mesh quality checks: aspect ratio, skew, warpage
    • Mesh setup for crash-prone components

  • Contact and Assembly Modeling

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    • Contact definitions: automatic surface, tied, node-to-surface
    • Spotweld simulation: CONSTRAINED_SPOTWELD basics 
    • Debugging contact issues: penetration, instability
    • Multi-part assembly setup (e.g., crush can + frame)

  • Crash & Impact Case Study - Crush Can

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    • Modeling a crush can under axial impact
    • Velocity input, rigid wall, boundary condition setup
    • Observing folding and progressive deformation
    • Plotting force-displacement curve and energy absorption

  • Simulation Project

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    • Project: Rear Underrun Protection Device (RUPD) Crash Simulation
    • Modeling of truck rear frame + RUPD structure
    • Rigid wall setup and prescribed velocity input
    • Contact definition and simulation run
    • Postprocess force-time graph and deformation zones

  • Postprocessing & Final Review

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    • D3PLOT, RCFORC, NODOUT - reading and interpreting outputs 
    • Energy balance: kinetic vs internal vs total
    • Plotting stress, intrusion, and acceleration graphs
    • Final Review: Combine RUPD + Crush Can for evaluation report

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Course Includes:

  • 8 Topics
  • 8 Lessons
  • 8 Articles
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