- Go to Application of Finite Element modelling to the Imapct Analysis of a metal Cylindrical Casing
- Go to Application of DYNA3D to the the Impact Analysis of a Metal Cylindrical Casing
- Go to Effect of Different Filler Material on the Imapct Response of a Container
- Go to Comparative Assessment of Modelling a projectile as a Rigid versus a Deformable Body
- Go to Projectile Imapct on a Curved Surface
- Go to Shock Loading on a Wing Type Structure
- Go to Modelling the Dynamic Response of a Steel Box to Internal Explosive Blast Loading
- Go to Dynamic Deformation Modelling of Box Structures Sujected to an Internal Explosion
- Go to Shock Loading on a Tubular Mast
- Go to Effect of Stiffeners and Panel Inside a Cylinder When Subjected to an Underwater Shock
- Go to Explicit Codes an Application-Effect of an Underwater Explosion on a Ship Structure
- Go to The Dynamic Response of a Surface Ship to an Underwater explosion
- Go to Exploring the Capabilities of Non Linear Explicit Codes in Modelling Engineering Scenarios Containing Energetic aterials, Fluids and Steel Structures
- Go to Application of Non Linear explicit Codes in Modelling Imapct, Air Blast and Underwater Loading Scenarios
- Go to A Steel Cylinder Subjected to an Underwater Shock
- Go to Vehicle Vulnerability from a Land Mine Using Numerical Modelling
- Go to Numerical Method in Underwater Shock Simulations
- Go to Air Blast Simulations Using Multi-Material Eulerian/Lagrangian Techniques
- Go to Vulnerability Management of Naval Materiel for UNDEX Scenarios
- Go to Planning and Decision Support in Minefield Scenarios Through Simulation
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