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Instabilities due to strain-softening solved using the SPH method
Nenad Djordjevic
, Rade Vignjevic
,
Tom de Vuyst
, Simone Gemkow
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Chapter in Book/Report/Conference proceeding
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Engineering
Smoothing Length
100%
Damage Model
100%
High Impact Velocity
100%
Boundary Value
50%
Characteristic Length
50%
One Dimensional
50%
Spatial Discretization
50%
Quasi-Brittle Material
50%
Solid Mechanics
50%
Material Characteristic
50%
Length Scale
50%
Discretization
50%
Simulation Program
50%
Keyphrases
SPH Method
100%
Strain Softening
100%
High-velocity Impact
50%
Continuum Damage Model
50%
Smoothing Length
50%
Numerical Tools
25%
Quasi-brittle Materials
25%
Stable Solutions
25%
Mechanics Simulation
25%
Numerical Instability
25%
Wave Propagation Problems
25%
Material Characteristic Length
25%
Solid Mechanics
25%
Satisfactory Solution
25%
Characteristic Length Scale
25%
Softening Effect
25%
Quasi-brittle
25%
Spatial Discretization
25%
Simulation Program
25%
Boundary Value Problem
25%
One-dimensional Wave Propagation
25%