This research work presents the thermal performance investigation of a porous serpentine
wavy wiremesh packed bed solar air heater, experimentally and numerically. Experimental …

This paper presents the thermal analysis of the underground transmission line, planned to
be installed in one of the Polish power plants. The computations are performed by using the …

Stirling engines with parabolic dish for thermal to electric conversion of solar energy is one
of the most promising solutions of renewable energy technologies in order to reduce the …

Using porous materials has become an effective means to enhance heat transfer. Volumetric
receiver is a key component inside the solar thermal systems. The novel concept using …

As an externally heated engine the Stirling engine has the advantage of being able to
efficiently exploit various waste heat sources. Computational fluid dynamic simulation (CFD) …

Stirling engines (SEs) have long attracted the attention of renewable energy researchers
due to their external combustion design and flexibility in operating with various heat sources …

A combined theoretical and experimental approach is used to determine how to achieve a
desired value for the Stirling engine regenerator effectiveness. A discrete one-dimensional …

A three-dimensional Computational Fluid Dynamics (CFD) simulation for the GPU-3 Stirling
engine is performed. Firstly, the performance of six different eddy-viscosity models are …

In this work, a parametric study on a β-type Stirling engine with no regenerator was
conducted numerically using ANSYS fluent 14.5 software. The three parameters that were …

Regenerators play a vital role in enhancing the overall performance of Stirling engines.
Hence, this paper performed an energy and exergy analysis to elucidate the significance of …