Owing to its high energy density, the combustion-based micro thermophotovoltaic system
has promising prospects and becomes the most potential substitute for conventional power …

In this study, a three-dimensional computational fluid dynamics (CFD) model of a diesel
engine cylinder was developed by AVL-Fire software, and a chemical reaction mechanism …

Among various portable energy systems, micro-thermophotovoltaic and micro-thermoelectric
systems gained extensive attention due to compact configuration, no mechanical noise …

As conventional fossil fuel is depleting, ammonia has attracted extensive attention as a
renewable fuel, which could be made from water, air, and sun. There is current interest in …

Primary obstacles to the development of micro-thermoelectric generators are the gigantic
heat loss ratio and flame instability. Premixed H 2/air combustion in the micro-planar …

Micro-combustion systems face the challenges of unstable combustion and low energy
conversion efficiency owing to a small size at present. So, a micro-planar with bluff-body and …

To enhance the hydrogen-fueled micro-combustor's thermal performance for Thermo-
photovoltaic applications, we propose and test a double-channel design featuring Y-shaped …

The pore-scale analysis includes the pore network simulation and direct numerical
simulation, which the latter is more accurate and provides more details about the problem …

Ammonia is an alternative renewable green fuel with significant potential for addressing
climate change concerns. Blending ammonia with methane has emerged as a viable …

Micro thermophotovoltaic system, a chemical energy to electrical output device, has been
challenged for application because of burning instability, high heat loss ratio and low energy …