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Evaluation of the parallel coupling constitutive model for biomaterials using a fully coupled network-matrix model
In this article we discuss the effective properties of composites containing a crosslinked athermal fiber network embedded in a …
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Unstructured mesh tools for magnetically confined fusion system simulations
As fusion simulation codes increasingly account for the full geometric complexity of magnetically confined fusion systems, a need arose …
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A new open‐source framework for multiscale modeling of fibrous materials on heterogeneous supercomputers
This article presents MuMFiM, an open-source application for multiscale modeling of fibrous materials on massively parallel computers. …
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Stiffening mechanisms in stochastic athermal fiber networks
Stochastic athermal networks composed of fibers that deform axially and in bending strain stiffen much faster than thermal networks of …
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Probing Soft Fibrous Materials by Indentation
Indentation is often used to measure the stiffness of soft materials whose main structural component is a network of filaments, such as …
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Random Fiber Network Loaded by a Point Force
This article presents the displacement field produced by a point force acting on an athermal random fiber network (the Green function …
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Model-Traits: Model Attribute Definitions for Scientific Simulations in C++
model-traits is a C++ library for setting up scientific models and computational analysis. It provides a minimal API for applying …
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Size Effects in Random Fiber Networks Controlled by the Use of Generalized Boundary Conditions
Materials with a stochastic fiber network as the main structural constituent are broadly encountered in engineering and in biology. …
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Ultra-Composites: Designing Stochastic Composites with Large Microstructural Variability
Regular composite materials are made from a small number of constituent phases, usually two, which are arranged spatially such to …
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