List of Examples

	1 – Twisted Beam Torsion - bending coupling Sensitivity study on mesh and element formulations.
	2 – Snap-through Roof Snap-through problem solved by explicit and implicit solvers. Results are compared with experiments.
	3 – S-beam Crash Sensitivity study on element formulations, plasticity treatment and boundary conditions for impact.
	4 – Airbag Airbag deployment using monitored volumes with communications. Perfect gas modeling.
	5 – Beam Frame Transient dynamic analysis using beam elements.
	6 – Fuel Tank Fluid-structure coupling and fluid flow are studied using ALE formulation. Two analyses are performed: sloshing and fuel tank overturning.
	7 – Pendulums Momentum transmission, contact modeling, bi- and tri-dimensional analysis.
	8 – Hopkinson Bar Study of the stress wave propagation and the strain rate effect on the Hopkinson bar.
	9 – Billiards (Pool) Impact between balls, trajectory study and treatment with several interfaces (Penalty/Lagrangian method).
	10 – Bending Pure bending test. Sensitivity study on mesh and element formulations. 3- and 4-nodes shell.
	11 – Tensile Test (Material Characterization) Correlations between simulations and experimental results. Treatment of the necking point and the failure.
	12 – Jumping Bicycle A sequence of events managed using "sensors".
	13 – Shock Tube Analysis with SPH, Lagrangian and Eulerian formulations. Correlation with theory. Perfect gas modeling.
	14 – Truck with Flexible Body Creating an overall flexible body. Quasi-static treatment (gravity). Eigen analysis (flexible body inputs) Dynamic analysis (bump).
	15 – Gears Contact modeling for quadratic surface with interfaces 16 and 17.
	16 – Dummy Positioning Quasi-static analysis by explicit solver with different convergence options. Static analysis by implicit solver (linear and nonlinear problem).
	17 – Box Beam Crash test. Sensitivity study on mesh and element formulations.
	18 – Square Plate Torsion and tension-compression tests. Sensitivity study on mesh and element formulations.
	19 – Wave Propagation Bi-dimensional wave propagation. Lagrangian and ALE formulations. Infinite domain modeling.
	20 – Cube Demonstrative problem. Contact modeling. Co-rotational formulation elements.
	21 – Cam Contact modeling. Linear and quadratic surface. Comparison of fine and coarse meshes.
	22 – Ditching Fluid simulation using the Smooth Hydrodynamic Particles formulation. Comparison with experimental data.
	23 – Brake Frictional contact modeling. Lagrangian formulation.
	24 – Laminating Study of the number of elements with regard to thickness, the large/small strain formulation, plastic strain formulation and temperature dependency.
	25 – Spring-back Explicit stamping simulation followed by an implicit/explicit spring-back simulation. Final shape of the sheet metal is compared with experiments.
	26 – Ruptured Plate Perforation of a thick plate by a rigid sphere. Different failure models integrated in material law (2 and 27) or independent (/FAIL options) are used.
	27 – Football (Soccer) Shots Simulations of football (soccer) shooting impacts on a round or a square bar. The airbag modeling is used.
	37 – Analytical Beam Illustrates how to prepare a RADIOSS deck for linear analysis, and demonstrates a high quality of RADIOSS finite elements to resolve linear and nonlinear problems.
	39 - Biomedical Valve A Fluid-Structure-Interaction (FSI) problem is studied.
	42 - Rubber Ring Crush and Slide
	43 - Perfect Gas Polynomial EOS is used to model Perfect Gas.
	44 - Blow Molding with AMS Blow molding with Advanced Mass Scaling (AMS).
	45 - Multi-Domain Separate the whole model into master domain and sub-domain.
	46 - TNT Cylinder Expansion Test An experimental test used to characterize the adiabatic expansion of detonation products.
	47 - Concrete Validation Three kinds of tests are performed in order to evaluate the simulation/experiment correlation.
	48 - Solid Spotweld Solid spotweld connects two metal sheets with tied contact.
	49 - Bird Strike on Windshield Introduce how to simulate a bird hitting a windshield.
	50 - INIVOL and Fluid Structure Interaction (Drop Container) Introduces /INIVOL for initial volume fractions of different materials in multi-material ALE elements, /SURF/PLANE for infinite plane, and fluid structure interaction (FSI) with a Lagrangian container.
	51 - Optimization in RADIOSS for B-Pillar The optimization objective is to minimize the mass of the B-Pillar by changing the shell thickness.
	52 - Creep and Stress Relaxation How to use typical visco-elastic material to simulate creep and stress relaxation tests.
	53 - Thermal Analysis A heat source moved on one plate. Heat exchanged between heat source and plate through contact also between plate and atmosphere (water) through convective flux.