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jasonmulderrig's Projects

composite-ufjc-scission icon composite-ufjc-scission

The Python package for the composite uFJC with scission. This package corresponds to "A statistical mechanics framework for polymer chain scission, based on the concepts of distorted bond potential and asymptotic matching" by Jason Mulderrig, Brandon Talamini, and Nikolaos Bouklas, 2023.

composite-ufjc-scission-network icon composite-ufjc-scission-network

A repository for calculating network-level attributes for an elastomer network composed of composite uFJCs which undergo scission. This repository is dependent upon the composite-uFJC-scission Python package.

composite-ufjc-scission-ufl-fenics icon composite-ufjc-scission-ufl-fenics

The Python package for the composite uFJC with scission implemented in the Unified Form Language (UFL) in FEniCS. This package corresponds to "A statistical mechanics framework for polymer chain scission, based on the concepts of distorted bond potential and asymptotic matching" by Jason Mulderrig, Brandon Talamini, and Nikolaos Bouklas, 2023.

cufjc icon cufjc

The Python package for the composite uFJC (cuFJC) model. This package corresponds to the cuFJC model derived in "A statistical mechanics framework for polymer chain scission, based on the concepts of distorted bond potential and asymptotic matching" by Jason Mulderrig, Brandon Talamini, and Nikolaos Bouklas, 2023.

cufjc-scission icon cufjc-scission

The Python package for the composite uFJC (cuFJC) model with scission. This package corresponds to "A statistical mechanics framework for polymer chain scission, based on the concepts of distorted bond potential and asymptotic matching" by Jason Mulderrig, Brandon Talamini, and Nikolaos Bouklas, 2023.

elastomer-lgedm icon elastomer-lgedm

A repository that incorporates the composite uFJC model within a localizing gradient-enhanced damage model (LGEDM) for elastomers.

hello-world icon hello-world

Repository used to complete the Hello World GitHub Guide

tnt-model icon tnt-model

This is a folder implementing the transient network theory (TNT) in FEniCS. The TNT tracks the state of a polymer network with transient physical crosslinks, and is able to be implemented microscopically and macroscopically. See the work of Franck Vernerey for more information regarding the TNT and its derivations.

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