Amid the global energy and climate crises, research on waste heat recovery has become
imperative, with extensive studies focusing on assessing waste heat potential and …

Concentrating solar power (CSP) is a mainstream of solar energy utilization, and thermionic
emission is a potential way to convert concentrated solar radiation into power with a …

A unified fast transient simulation method for thermoacoustic and Stirling systems has been
developed, named time-domain acoustic-electrical analogy (TDAEA) method. From a …

The use of nuclear-powered Stirling systems for planetary and deep space exploration
applications has drawn increasing attention in recent decades. As the critical energy …

In this work, a theoretical model based on opto-geometric and thermodynamic analyses of
Solar Dish-Stirling System (SDSS) considering opto-geometric sizing criteria and energy …

In this study, with a comprehensive approach, energy, economic, and environmental
evaluations of a combined cooling, heating and power (CCHP) generation system driven by …

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 …

The requirements for cleaner engines and less fuel consumption force vehicle
manufacturers to investigate new technologies on recovering from losses. As the main …

In this article, a novel numerical model of the Stirling engine encompassing a potent loss
mechanism coupled with the NSGA-II algorithm is proposed. Multi-objective optimization of …

This work analyzes the performances of a Stirling engine for waste heat recovery from the
exhaust gas of internal combustion engines. Both experimental and numerical approaches …