Kinetic models have been developed to understand the manufacturing of polymeric foams,
which evolve from low viscosity Newtonian liquids, to bubbly liquids, finally producing solid …

Polyurethane foams are used widely for encapsulation and structural purposes because
they are inexpensive, straightforward to process, amenable to a wide range of density …

In this study, we examined the rheology of polyurethane foam (PUF) as an analogue system
of magma undergoing vesiculation, deformation, and solidification. Solid PUF was formed by …

We describe experiments designed to inform computational models of the dynamic filling
process of chemically blown, polyurethane foams, especially subgrid models to predict …

Tube pumice, the bubbles of which are highly elongated in one direction, is a common
product of explosive silicic eruptions, especially caldera-forming eruptions. To understand …

The purpose of this document is to provide evidence for assessing the adequacy of
parameterized material models for a collection of materials used in a finite element analyses …

We are developing computational models to elucidate the expansion and dynamic filling
process of a polyurethane (PMDI) foam used to encapsulate electronic components or to …

We are developing computational models to help understand manufacturing processes, final
properties and aging of structural foam, polyurethane PMDI. Th e resulting model predictions …