Stirling engine as an external combustion with high efficiencies and able to use any types of heat source is the best candidate recover waste exhausted gas by converting it into power. Thus, in this study was introduced evaluate possibility recovering from biomass produce For reason, Computational Fluid Dynamic (CFD) simulation test performed design initial computational model for low temperatu...

Thermoacoustic (TA) heat engines are engines which convert heat into acoustic power. This relatively new class of heat engines gains commercial interest, because of their low number of moving parts and high potential efficiency [1]. Especially traveling wave thermoacoustic engines are capable of reaching this high efficiency, because traveling wave engines perform a thermodynamic cycle similar ...

The cover image is based on the Research Article Thermal/fluid characteristics of inline stacked plain-weave screen as solar-powered Stirling engine heat regenerators by Hamidreza Mortazavy Beni et al., https://doi.org/10.1049/rpg2.12405.

Global pursuit to meet emergent energy demands necessitates finding simple and cost effective solutions. A promising solution is the application of renewable with thermo-mechanical conversion systems such as Stirling engines. Considerable effort in hand at industry academia domains stimulate development technology. Foregoing, this paper focuses on modelling Low Temperature Difference (LTD) gamm...