The goal of this work is to perform detailed 3D CFD analysis of heat transfer and flow
dynamics inside a commercial gamma-type Stirling engine, including its structural details …

Unmanned aerial vehicles (UAV) s have unique requirements that demand engines with
high power-to-weight ratios, fuel efficiency, and reliability. As such, combustion engines …

Air-core vortices are a ubiquitous phenomenon in the intakes of hydropower stations. Due to
the transient and instability of two-phase vorticial flow, the prediction of air-core vortex …

In this paper, we investigate the flow and flame dynamics within a combustion chamber
supplied with nitrogen-diluted hydrogen fuel and air as oxidiser. The chamber is equipped …

The air-core vortex is the most complex vortex in the intake system of tidal power stations.
Nearly all power plants prohibit the operation of units with air-core vortices, as these vortices …

A novel external combustion-air adjustment method (ECAM) is proposed to control the
reaction zone fuel-air ratio under off-design loads. The combustion-air is redistributed by …

The ever-increasing demand on highly efficient decentralized power generation with low CO
2 emission has made microturbines for power generation in micro gas turbine (MGT) …

Engine efficiency, emission characteristics, and structural dimensions are important
considerations for gas turbines that are used in transportation applications. Ultra-compact …

An air-core vortex is generated in a tidal power station when the discharge increases or the
submergence decreases at the intake. To better understand the complex evolution of the air …

The main goal of this research is to investigate the effects of fuel injection strategy on the
performance of the premixing chamber of modern Dry-Low-Emission (DLE) Gas-Turbine …