This paper demonstrates a detailed review of the performance of Stirling engine based on
the thermodynamic methods like Finite Time Thermodynamic analysis, Finite speed …

In the recent years, remarkable attention is drawn to Stirling engine due to noticeable
advantages, for instance a lot of resources such as biomass, fossil fuels and solar energy …

A solar-powered high temperature differential Stirling engine has been considered for
optimization with multiple criteria. A mathematical model based on the finite-time …

A 100 kW regenerative Brayton heat engine driven by the hybrid of fossil fuel and solar
energy was considered for optimization based on multiple criteria. A thermodynamic model …

This paper makes attempts to perform multi-objective optimization on the solar-powered
Stirling engine with high temperature differential. A new model was proposed based on the …

The efficiency of the actual Stirling engine is much lower than the ideal Carnot cycle
efficiency. To obtain more precise efficiency for Stirling engines, this paper proposes a …

Solar systems based on the coupling of parabolic concentrating collectors and thermal
engines (ie dish-Stirling systems) are among the most efficient generators of solar power …

Zero-energy building (ZEB) is a promising solution for dealing with the current issues of high
pollutant gas emissions and substantial energy load, which is made possible by applying …

The aim of this study is to model and highlight the capabilities of the cogeneration of
electricity and water using a contemporary configuration employing a multi-effect …

This paper proposes a mathematical model for a solar Dish/Stirling system. Firstly, it is
presented a methodology to calculate the appropriate angles and characterize the solar …