Perform Engineering Simulation for Defence and Homeland Security Central

Course details

This module, focusing primarily on applications in Defence and Homeland Security, is recommended for engineers who wish to perform engineering analyses related to Defence and Homeland Security products and processes. The standard stipulates how to:

• Analyze basic explicit dynamics simulations with emphasis on geometry creation, mesh generation, as well as FEA and CFD simulations in a single environment.
• Analyze advanced explicit dynamics simulations by focusing on several explicit methods such as Lagrangian solver, Eulerian method, Arbitrary Lagrangian-Eulerian (ALE), smooth particle hydrodynamics (SPH) and even Euler Blast solver to simulate various explicit dynamics phenomena in the real world.
• Perform highly nonlinear, transient dynamic analyses with emphasis on metal plasticity, contact, and transient phenomena.
• Perform turbulent flow analyses with optimum turbulence simulation strategy

WHO SHOULD ATTEND

This training course is intended for engineers in Defence and Homeland Security who are required to perform engineering simulation to validate their designs.

PRE-REQUISITES

Engineering knowledge is required. Familiarity with computer (PC or workstation) and knowledge of Computer Aided Engineering (CAE) are useful.

Participants must have completed the following course (or its equivalent):

• Apply Engineering Simulation Fundamentals

Participants should preferably have completed the following courses:

• Perform Structural Simulation for Design Verification
• Perform CFD Simulation for Design Verification

COURSE SYLLABUS

• Fundamentals of Explicit Dynamics Analysis
• Engineering Data
• Basic Explicit Dynamics Analysis
• Post-processing of Results
• Body Interactions Analysis
• Analysis Settings
• Material Models
• Multi-material Euler Simulation
• Euler Blast (Ideal Gas) Simulation
• ALE Simulation
• Mesh-free (SPH) Simulation
• Euler-lagrange Interactions Analysis
• Elements
• Part Definitions
• Material Definitions
• Loading, Rigid Bodies, and Boundary Conditions
• Contact Surfaces Analysis
• Solution and Simulation Controls
• Post-processing
• Restarting
• Explicit-to-implicit Sequential Solutions
• Implicit-to-explicit Sequential Solutions
• Fundamentals of Turbulence Flow Modeling
• Turbulence Simulation Strategy
• Turbulent Flow Simulation