Some of the capabilities of ADINA FEA include:
Linear Analysis · Statics · Transient implicit · Transient explicit · Frequency · Mode superposition · Cyclic symmetry · Substructuring · Acoustic fluids
Nonlinear Analysis · Material nonlinearity · Large deformations · Large strains (2D, 3D, shell) · Statics · Transient implicit · Transient explicit · Contact · Frequency with contact · Fracture mechanics · Substructuring · Restart, mapping solution · Element birth/death · Rupture · Initial strains/stresses · Automatic time stepping · Line search · BFGS · Total Load Application (TLA, TLA-S) · Load-displacement control (LDC) · Low speed dynamics · Automatic stabilization · User-supplied elements · User-supplied loads · Restart between implicit/explicit analysis · Bolt sequencing
Body-to-Body Contact Mechanics · Self-contact · Double-sided contact · Surface to surface · Node to surface · Node to node · Tied contact · Rigid targets · Post-impact corrections · Contact damping · Metal forming features
Frequency Domain Analysis · Response spectrum · Fourier analysis · Harmonic vibration · Random vibration · Lanczos · Subspace
Material Models (including Thermal options) · Elastic - Isotropic - Orthotropic · Nonlinear - Plastic - Bilinear - Multilinear - Mroz Bilinear - Cyclic plasticity - Orthotropic - Ilyushin - Gurson · Creep - Thermo-elastic - Irradiation - Thermo-plastic - Multilinear-plastic - Isotropic · Rubber/Foam - Ogden - Mooney-Rivlin - Sussman-Bathe - Arruda-Boyce - Orthotropic effects - Viscoelastic effects - Mullins effects - Hyper-foam - Rubber stability indicators · Geotechnical - Mohr-Coulomb - Drucker-Prager - Cam-Clay - Curve-Description · Concrete · Viscoelastic · Anand · Gasket · Potential-based Fluid · Shape Memory Alloy · Moment-curvature · Strain-rate dependency · Porous media formulation · Fabric material model with wrinkling · User-coded materials
Buckling and Post-buckling Analysis · Linearized buckling · Geometric imperfection · Collapse (nonlinear) analysis
General · Dissimilar mesh glueing · Constraint equations · Rigid links · Embedded rebars in 2D/3D solids · Analysis zooming · Solution diagnostics and monitoring |
Analysis of Volvo Penta Diesel Engine Block assembly. |
Analysis with ADINA of the World's Largest Plasma Fusion Experimental Device from Max Planck Institute for Plasma Physics. |
Explicit Analysis with ADINA of a ball punching through a thin plate. |
Bending of Titanium bar using ADINA |
Deepdrawing using ADINA. |
Transient analysis using ADINA of a Pressure Reactor Vessel at Ringhals Power Plant. A fully coupled, transient FSI analysis with over 800,000 DOFs in total. |
Tel: +44 (0)121 703 9236 or e-mail: info@pdslimited.com © Copyright Product Development Services Ltd. All rights reserved 2012 |
ADINA Structures provides state-of-the-art FEA capabilities for the stress analysis of solids (2D and 3D) and structures in statics and dynamics. The analysis can be linear or highly nonlinear, including effects of material nonlinearities, thermal effects, large deformations and contact conditions. The ADINA FEA program offers versatile and generally applicable finite elements for solids, trusses, beams, pipes, plates, shells and gaps. Material models for metals, soils and rocks, plastics, rubber, fabrics, wood, ceramics and concrete are available. |