The influence of orthotropic wall materials, which have enhanced thermal conductivity in the
axial direction, on the flame speed is explored via an analytical model in a parallel plate …

An analytical model for flame stabilization in meso-scale channels is developed by solving
the two-dimensional partial differential equations associated with heat transport in the gas …

A novel, compact mesoscale thermophotovoltaic (TPV) power generating system using a
combination of porous media combustion and a simple band-pass filtering method has been …

This paper demonstrates the use of the method of manufactured solutions to verify the
implementation of tightly coupled conjugate heat transfer for fluid–solid solvers. The …

Flame stabilization in micro scale combustors has generated significant research interest to
develop combustion-based power generators for microelectromechanical (MEMS) systems …

The limitations posed by electrochemical batteries due to their lower power densities, bulky
volumes, and environmental hazards from their disposal have promoted the development of …

A two-dimensional model for heat transfer in a “simulated flame” modeled as an embedded
heat source is developed along with an analytical solution that relates the temperature field …

In the present study, the surface catalytic reaction in a microchannel with nonreactive
hydrogen–air flow is investigated. Here, the microchannel wall is coated with a catalyst. A …

In the present work the effect of catalytic surface reaction on non-reactive bulk flow in micro-
channel is investigated. The reaction surface is analyzed with assumption of constant wall …

The effect of catalytic surface reaction on non-reactive flow in micro-channels is investigated.
The hydraulic diameter of the channel is considered within the range of 0.2–1.2 mm, and the …