ABAQUS/STANDARD 2017
3Pages

ABAQUS/STANDARD 2017 DATA SHEET ANALYSIS TYPES General, Linear, and Nonlinear Analyses Static stress/displacement Direct cyclic Low-cycle fatigue Viscoelastic/viscoplastic response • Dynamic stress/ displacement • Steady-state transport • Heat transfer (transient and steady-state) • Mass diffusion (transient and steady-state) • Acoustics • Multiphysics -- Thermo-electricalstructural -- Pore-fluid flowmechanical-thermal -- Magnetostatic -- Transient low frequency electromagnetic • • • • Linear Perturbation Analyses • Static stress/displacement -- Linear static -- Eigenvalue buckling • Dynamic stress/ displacement -- Natural frequency extraction -- Complex eigenvalue extraction -- Steady-state dynamics (direct and mode-based) -- Transient modal dynamics -- Response spectrum -- Random response • Time-harmonic low frequency electromagnetic ANALYSIS AND MODELING TECHNIQUES • • • • • Import Restart Substructuring Flexible Body Generation Submodeling • Material removal and addition • Mesh-to-mesh solution mapping • Adaptive remeshing • Fracture mechanics (including VCCT) • Symmetric model generation and results transfer • Cyclic symmetry • Inertia relief • Nonstructural mass • Direct matrix input • Cosimulation • Automatic resolution of overconstraints • Data parameterization and parametric studies • Automatic perturbation of geometry • Local degrees of freedom • Hydrostatic fluid cavities • Annealing • Reinforcements • Embedded elements • Elastic formulation • Meshed beam cross sections • Rigid, display, and isothermal bodies SOLUTION TECHNIQUES • Parallel execution on both shared memory and distributed memory parallel (cluster) systems • Parallel direct sparse solver with dynamic load balancing • Parallel iterative solver • Parallel Lanczos eigenvalue solution • Parallel AMS eigenvalue solution • Parallel element operations • Multiple load cases • Full Newton and quasiNewton methods • GPGPU accelerated sparse solver MATERIAL DEFINITIONS Elastic Mechanical Properties • Linear elasticity • Orthotropic and anisotropic linear elasticity • Porous elasticity • Hypoelasticity • Hyperelasticity (including permanent set) • Anisotropic hyperelasticity • Elastomeric foam • Mullins effect • Viscoelasticity • Nonlinear viscoelasticity • Hysteresis Inelastic Mechanical Properties Additional Material Properties Density Material damping Thermal expansion Thermal and electrical conductivity • Specific heat • Latent heat • Damage and failure for fiberreinforced composites • Acoustic medium properties -- Bulk modulus -- Volumetric drag • Porous acoustic medium -- Delany-Bazley -- Miki • Hydrostatic fluid properties -- Hydraulic fluids -- Pneumatic fluids • Mass diffusion properties -- Diffusivity -- Solubility • Pore fluid flow properties -- Permeability -- Porous bulk moduli -- Absorption/exsorption -- Swelling gel -- Moisture swelling • User materials • Electromagnetic properties -- Piezoelectric behavior -- Magnetic permeability (with nonlinear B-H behavior) -- Permanent magnet -- Electrical conductivity • • • • • Metal plasticity -- Isotropic and anisotropic yield criteria -- Isotropic, kinematic, and ORNL hardening -- Porous metal plasticity -- Cast iron -- Two-layer viscoplasticity -- Creep -- Volumetric swelling -- Deformation plasticity -- Johnson-Cook plasticity • Extended Drucker-Prager plasticity • Capped Drucker-Prager plasticity • Cam-Clay plasticity • Mohr-Coulomb plasticity ELEMENT LIBRARY • Crushable foam plasticity Continuum • Jointed materials • Stress analysis • Concrete -- 2-D (plane stress, plane • Progressive damage and strain, and failure -- generalized plane strain) -- Ductile -- 3-D (regular and variable -- Shear node) -- Forming limit diagram (FLD) -- Cylindrical -- Forming limit stress -- Axisymmetric (with and diagram (FLSD) without twist)

ABAQUS/STANDARD 2017 DATA SHEET • Heat transfer -- 1-D -- 2-D -- 3-D -- Axisymmetric • Mass diffusion -- 2-D -- 3-D -- Axisymmetric • Temperature-displacement -- 2-D (plane stress, plane strain, and generalized plane strain) -- 3-D -- Axisymmetric (with and without twist) • Pore pressure -- 2-D (plane strain) -- 3-D -- Axisymmetric -- Axisymmetric with nonlinear, asymmetric deformation • Piezoelectric -- 2-D (plane stress and plane strain) -- 3-D -- Axisymmetric -- Axisymmetric with nonlinear, asymmetric deformation • Thermal-electrical -- 1-D -- 2-D -- 3-D -- Axisymmetric • Acoustic -- 1-D...

ABAQUS/STANDARD 2017 DATA SHEET SUPPORTED PLATFORMS AND HARDWARE • • • • Analysis User’s Manual Keywords Manual Getting Started Manual Example Problems Manual Benchmarks Manual Verification Manual Theory Manual Interfaces User’s Manuals Release Notes PRODUCT SUPPORT • • • • Maintenance and support Quality Monitoring Service Installation Training and users’ meetings RELATED PRODUCTS Abaqus/AMS • High-performance automatic multi-level substructuring eigensolver • Design sensitivity analysis • Sensitivities with respect to shape and material parameters • Nonlinear geometric effects ©2016...