MoDeNa
1.0
Software framework facilitating sequential multi-scale modelling
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Python_interface_library | Module providing the MoDeNa python interface |
Fortran_interface_library | Fortran bindings for MoDeNa low-level interface library |
C_interface_library | |
++_interface_library | |
▼Examples | Examples with minimal dependencies |
Two-Tank | Two-Tank example |
Multicomponent Diffusion | Multicomponent Diffusion |
▼Applications | Polyurethane foam applications using the MoDeNa framework |
Foam aging simulation | Predicts the time-varying composition of blowing agents in PU foam and its thermal properties using the combination of nano-, meso- and macro-scopic models |
Foam expansion | Predicts the evolution of PU foam properties using the combination of nano-, meso- and macro-scopic models |
▼Models | Collection of complex mathematical models |
▼Bubble growth MoDeNa Module | Integrates Bubble growth model into the MoDeNa software framework |
Fortran Source Code | Source Code Documentation |
0-D CFD Model | This is a 0D example of the CFD code with the calls to the database using the MoDeNa interface |
▼3-D CFD Model | |
3-D CFD Model Post Processing | |
Diffusivity | |
▼Foam aging MoDeNa Module | Integrates Foam aging model into the MoDeNa software framework |
Fortran Source Code | Source Code Documentation |
▼Foam conductivity MoDeNa Module | Integrates Foam conductivity model into the MoDeNa software framework |
Fortran Source Code | Source Code Documentation |
▼Foam Construction Module | Integrates Foam construction utility into the MoDeNa software framework |
C++ Source Code | Source Code Documentation |
Elastic Modulus | Calculates the elastic |
Gas Thermal Conductivity | Thermal Conductivity |
Gas Mixture Thermal Conductivity | Thermal Conductivity |
Reaction Kinetics | Reaction Kinetics |
Polymer Thermal Conductivity | Thermal Conductivity |
▼Polymer Density | Density |
Polymer Density Example Workflow | Density |
Density Reaction Mixture | Density |
Polymer viscosity MoDeNa Module | Integrates Polymer viscosity model into the MoDeNa software framework |
▼Rheology | Integrates the Rheology model into the MoDeNa software framework |
Example Workflow | Example of Workflow Employting the Rheology Surrogate Model |
Source Code | Tfem |
Rheology model with Arrhenius Temperature Dependency | Integrates the Rheology model into the MoDeNa software framework |
▼Solubility | Integrates Solubility model into the MoDeNa software framework |
Example Workflow | Example simulation with Solubility model |
Strut Content MoDeNa Module | Integrates the Strut content model into the MoDeNa software framework |
▼Surface Tension MoDeNa Module | Integrates Surface Tension model into the MoDeNa software framework |
Example Workflow | Integrates Surface Tension model into the MoDeNa software framework |
Fortran Source Code | Source Code Documentation |
▼Wall drainage MoDeNa Module | Integrates Wall drainage model into the MoDeNa software framework |
Fortran Source Code | Source Code Documentation |