Symbols
- 2–parameter mooney-rivlin model: Hyperelasticity
- 3–parameter mooney-rivlin model: Hyperelasticity
- 5–parameter mooney-rivlin model: Hyperelasticity
- 9–parameter mooney-rivlin model: Hyperelasticity
A
- analysis settings
- for explicit dynamics analyses: Analysis Settings for Explicit Dynamics Analyses
- analysis types
- explicit dynamics: Introduction
- applying pre-stress effects: Applying Pre-Stress Effects for Explicit Analysis
B
- body interaction types: Interaction Type Properties for Body Interaction Object
- bonded: Bonded Type
- frictional: Frictional Type
- frictionless: Frictionless Type
- reinforcement: Reinforcement Type
- body interactions folder properties
- body self contact: Body Self Contact
- contact detection: Contact Detection
- edge on edge contact: Edge on Edge Contact
- element self contact: Element Self Contact
- formulation: Formulation
- limiting time step velocity: Limiting Time Step Velocity
- listing: Properties for Body Interactions Folder
- pinball factor: Pinball Factor
- shell thickness: Shell Thickness Factor and Nodal Shell Thickness
- time step safety factor: Time Step Safety Factor
- tolerance: Tolerance
- body interactions in explicit dynamics analyses
- connections: Body Interactions in Explicit Dynamics Analyses
- body scoped result tracker: Body Scoped Result Trackers for Explicit Dynamics
- body self contact for body interactions: Body Self Contact
- bonded body interaction type: Bonded Type
- boundary scoped result tracker: Force Reaction Result Trackers for Explicit Dynamics
- breakable setting for body interaction object: Bonded Type
- brittle strength: Brittle/Granular
C
- compaction EOS linear: Compaction EOS Linear
- compaction EOS nonlinear: Compaction EOS Non-Linear
- contact detection for body interactions: Contact Detection
- contact scoped result tracker: Force Reaction Result Trackers for Explicit Dynamics
- cowper symonds strength: Cowper-Symonds Strength
- crack softening: Crack Softening Failure
- crushable foam: Porosity-Crushable Foam
D
- decay coefficient for body interaction object: Frictional Type
- density: Density
- detonation point: Detonation Point
- display options for result tracker graphs: Viewing and Filtering Result Tracker Graphs for Explicit Dynamics
- dynamic coefficient for body interaction object: Frictional Type
E
- edge on edge contact for body interactions: Edge on Edge Contact
- element self contact for body interactions: Element Self Contact
- Equation of state: Introduction
- equations of state: Equations of State
- ideal gas: Ideal Gas EOS
- eroded nodes: Eroded Nodes in Explicit Dynamics Analyses
- Explicit Dynamics
- detonation point: Detonation Point
- impedance boundary: Impedance Boundary
- explicit dynamics analysis settings: Analysis Settings for Explicit Dynamics Analyses
- explicit dynamics analysis type: Introduction
- Explicit Dynamics system
- analysis settings: Analysis Settings
- body scoped result tracker: Body Scoped Result Trackers for Explicit Dynamics
- boundary scoped result tracker: Force Reaction Result Trackers for Explicit Dynamics
- elastic waves: Elastic Waves
- erosion controls: Erosion Controls
- Euler (Virtual) solutions: Eulerian (Virtual) Reference Frame in Explicit Dynamics
- Euler-Lagrange Coupling: Explicit Fluid Structure Interaction (Euler-Lagrange Coupling)
- Eulerian reference frame: Lagrangian, Eulerian, and Particle Reference Frames
- explicit time integration: Explicit Time Integration
- force reaction result tracker: Force Reaction Result Trackers for Explicit Dynamics
- implicit time integration: Implicit Time Integration
- Lagrangian reference frame: Lagrangian, Eulerian, and Particle Reference Frames
- mass scaling: Mass Scaling
- moment reaction result tracker: Force Reaction Result Trackers for Explicit Dynamics
- multiple material transport: Multiple Material Transport
- plastic waves: Plastic Waves
- point scoped result tracker: Point Scoped Result Trackers for Explicit Dynamics, Force Reaction Result Trackers for Explicit Dynamics
- shell coupling: Shell Coupling
- shock waves: Shock Waves
- solver controls: Solver Controls
- sub-cycling: Sub-cycling
- theory: Explicit Dynamics Theory Guide
- wave propagation: Wave Propagation
- Explicit Material Library: Explicit Material Library
- explicit transient dynamic analysis: Explicit Transient Dynamics
F
- failure: Failure
- Grady Spall: Grady Spall Failure
- Johnson cook: Johnson-Cook Failure
- plastic strain: Plastic Strain Failure
- post: Failure
- principal strain: Principal Strain Failure
- principal stress: Principal Stress Failure
- stochastic: Stochastic Failure
- tensile pressure: Tensile Pressure Failure
- filtering result tracker graphs: Viewing and Filtering Result Tracker Graphs for Explicit Dynamics
- formulation for body interactions: Formulation
- friction coefficient for body interaction object: Frictional Type
- frictional body interaction type: Frictional Type
- frictionless body interaction type: Frictionless Type
I
- impedance boundary
- description: Impedance Boundary
- implicit transient dynamic analysis: Implicit Transient Dynamics
- isotropic elasticity: Isotropic Elasticity
J
- Johnson cook strength: Johnson-Cook Strength
- Johnson-holmquist strength: Johnson-Holmquist Strength Continuous
L
- Library
- Explicit Material: Explicit Material Library
- limiting time step velocity for body interactions: Limiting Time Step Velocity
- Linear Elastic: Linear Elastic
- ls-dyna analyses : Introduction
M
- material properties
- nonlinear: Hyperelasticity
- maximum offset for body interaction object : Bonded Type
- MO granular strength: MO Granular
- Model
- Material erosion: Introduction
- Material failure: Introduction
- Material strength: Introduction
- mooney-rivlin model: Hyperelasticity
- 2–parameter: Hyperelasticity
- 3–parameter: Hyperelasticity
- 5–parameter: Hyperelasticity
- 9–parameter: Hyperelasticity
- multilinear kinematic hardening: Multilinear Kinematic Hardening
N
- neo-hookean: Hyperelasticity
- normal stress exponent for body interaction object: Bonded Type
- normal stress limit for body interaction object: Bonded Type
O
- ogden: Hyperelasticity
- orthotropic elasticity: Orthotropic Elasticity
P
- p-alpha EOS: P-alpha EOS
- pinball factor for body interactions: Pinball Factor
- plasticity: Plasticity
- point scoped result tracker: Point Scoped Result Trackers for Explicit Dynamics
- polynomial: Hyperelasticity
- polynomial EOS: Polynomial EOS
- porous collapse damage: RHT Concrete Strength
- porous materials: Porosity-Crushable Foam
R
- reinforcement body interaction type: Reinforcement Type
- result tracker
- explicit dynamics: Result Trackers
- resume capability for explicit dynamics: Resume Capability for Explicit Dynamics Analyses
- RHT concrete strength: RHT Concrete Strength
- rigid materials: Rigid Materials
S
- shear damage: RHT Concrete Strength
- shear stress exponent for body interaction object: Bonded Type
- shear stress limit for body interaction object: Bonded Type
- shell thickness for body interactions: Shell Thickness Factor and Nodal Shell Thickness
- shock EOS linear: Shock EOS Linear
- State
- Equation of: Introduction
- steinberg guinan strength: Steinberg-Guinan Strength
- strain hardening: RHT Concrete Strength
- strain rate effects: RHT Concrete Strength
- symmetry
- defining in explicit dynamics: Explicit Dynamics Symmetry
T
- tensile failure: RHT Concrete Strength
- test data: Test Data
- thermal specific heat: Thermal Specific Heat
- time step safety factor for body interactions: Time Step Safety Factor
- tolerance for body interactions: Tolerance
V
- Viscoelastic: Viscoelastic
Y
- yeoh: Hyperelasticity
Z
- zerilli armstrong: Zerilli-Armstrong Strength