For many applications, the projected quantities arising from projectionbased model order
reduction (PMOR) must be repeatedly recomputed due to, for example, nonlinearities or …

Reaction waves, in which an energy source sustains a wave front, occur in many areas of
physics. The most important of them is a solitary wave or autowave, which is described on a …

A wildfire model is formulated based on balance equations for energy and fuel, where the
fuel loss due to combustion corresponds to the fuel reaction rate. The resulting coupled …

Theoretical calculations predict that by coupling an exothermic chemical reaction with a
nanotube or nanowire possessing a high axial thermal conductivity, a self-propagating …

Self-propagating exothermic chemical reactions can generate electrical pulses when guided
along a conductive conduit such as a carbon nanotube. However, these thermopower …

As decarbonization and carbon neutrality become increasingly important, battery research
has received more and more attention. One of the great challenges in battery is thermal …

In this work, a coupled reaction-heat conduction model is developed to describe battery
thermal runaway propagation within a single cell. By nondimensionalizing the governing …

In this paper we investigate the linear stability and properties, such as speed, of the planar
travelling combustion front. The speed of the front is estimated both analytically, using the …

Flame propagation in lean suspensions of nonvolatile fuels (aluminum and iron) in oxidizing
atmospheres is experimentally investigated. Suspensions of micron-sized fuel particles were …

We present an overview of an ongoing project to build DDDAS to use all available data for a
short term wildfire prediction. The project involves new data assimilation methods to inject …