Computational Ballistics

H-adaptivity modeling of impact problems; Modeling using the finite element method and its object orientated implementation; Application of torpedo piles as fixed points for offshore platform mooring systems; Current developments on ballistics in the Brazilian Navy Research Institute (IPqM) - a review on ballistics science; Response of soils and structures under impact loading using the discrete element method; Edge-based finite element for nonlinear solid mechanics and unsteady transport problems; Time-space adaptive large eddy simulation in arbitrary lagrangian-eulerian co-ordinates: application to fluid-structure interaction; Simulators for ballistics - Part I - The use of a RTOS for simulating ballistic phenomena; Simulators for ballistics - Part II - On the use of JAVA as a paradigm for simulators; Shock-waves, composites, and geopolymers; On the repair of damaged columns of semi-submersible platforms; Influence of variation of parameters in the flight of a fin-stabilized Projectile; Flow field computational analysis in a combustor of a solid fuel ramjet assisted projectile; A finite element model for dynamic fracturing of hard rocks by Blasting; Dynamic fracture toughness of alumina with niobia addition; Processing of alumina resistant to 7.62mm armour piercing; Evaluation of silicon nitride for ballistic armour applications; Changing of ballistic parameters from aged gun propellants; A survey in conservation laws and some applications.