XJTU-Zhou-group / Calculating-band-gaps-of-nonlinear-mechanical-metamaterialsLinks
Band gaps of are intrinsic physical properties of periodic structures, for example, mechanical metamaterials or phononic crystals, which indicate attenuation of wave propagation within a specific frequency range. Band gap calculation of mechanical metamaterials is realized via discretizing a representative volume element (RVE) and imposing a com…
☆22Updated 3 years ago
Alternatives and similar repositories for Calculating-band-gaps-of-nonlinear-mechanical-metamaterials
Users that are interested in Calculating-band-gaps-of-nonlinear-mechanical-metamaterials are comparing it to the libraries listed below
Sorting:
- Generate cohesive elements in ABAQUS mesh at the grain boundaries in 3D☆40Updated 4 years ago
- UMAT4COMSOL: An Abaqus user material (UMAT) subroutine wrapper for COMSOL☆32Updated 8 months ago
- Strain gradient plasticity code for Abaqus☆13Updated 3 years ago
- Open source fatigue framework based on PRISMS-Plasticity CPFE simulation☆45Updated last year
- Link Neper polycrystal generator with Abaqus CAE☆40Updated 5 years ago
- Grain growth in polycrystal, described by multi-phase field model, implemented by cross-platform parallel (CPU/GPU) computing language of…☆47Updated 2 years ago
- Create an Abaqus input file with periodic boundary conditions from synthetically built Dream3D microstructures☆21Updated 3 years ago
- A user-defined material subroutine for polycrystalline shape memory alloys under large deformations☆23Updated last year
- Phase Field Fracture modelling in COMSOL☆26Updated 3 years ago
- This repository contains scripts for the batch generation of polycrystalline RVE models and finite element analysis operations. These scr…☆22Updated 4 months ago
- Abaqus Mesh and Grain Orientation from EBSD using MTEX☆36Updated 4 years ago
- A short-crack finite element model incorporating both crystal plasticity and phase-field modeling of the crack geometry.☆29Updated 7 years ago
- Automated representative volume element simulator via abaqus for material constitutive law discovery☆26Updated 3 months ago
- An implementation of a UMAT on ABAQUS for aging viscoelastic materials☆19Updated 5 years ago
- UMAT subroutine for Abaqus where all of MML works are included. Enjoy!☆47Updated last year
- Resources collected from various sources for subroutine documentations☆25Updated last year
- Cohesive elements in Abaqus UMAT☆41Updated 5 years ago
- Dislocation Density-based Crystal Plasticity Solver☆46Updated last month
- Numerical impementation of the Gurson model with GTN modification.☆38Updated 5 years ago
- Developed a finite deformation VUMAT in Fortran to implement von-Mises plasticity for an elastic-isotropic hardening material and then va…☆18Updated 4 years ago
- ☆56Updated 2 years ago
- Generates Abaqus include files from the crystallographic texture of an alloy for crystal plasticity analyses☆11Updated 2 years ago
- SIMLab Crystal Mechanics model - Hypoelastic formulation (SCMM-Hypo)☆13Updated last year
- Comsol Multiphysics implementation of phase-field cohesive zone models for fracture in various multi-physics problems☆63Updated 3 years ago
- Duva&Crow (1994) creep model with implemented with Abaqus CREEP subroutine☆12Updated 2 years ago
- A repository to deform a material under multiple loading conditions:monotonic, cyclic.☆34Updated last year
- Abaqus script for generating Abaqus geometry model from EBSD data☆14Updated 4 months ago
- Abaqus UMAT subroutine for a large family of finite viscoelasticity models☆20Updated last year
- Crystal plasticity for additive manufacturing☆59Updated last week
- HYDRogen embrittlement in Abaqus FEA☆22Updated 4 years ago