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

The Stirling engines are being carried out worldwide, used for divers' application such as
solar generator, micro cogeneration and cryogenic uses. The present paper is an over view …

A new integrated combined cooling, heating and power system which includes a solid oxide
fuel cell, Stirling engine, steam turbine, linear Fresnel solar field and double effect …

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

Abstract Combined Cooling, Heating and Power system is one of the methods for
improvement of primary energy using, reducing emissions and energy consumption costs …

The new numerical thermal model based on polytropic expansion/compression processes
was developed for predicting thermal performance of Stirling engines. In this regard …

A new thermal model called Simple-II was presented based on modification of the original
Simple analysis. First, the engine was modeled considering adiabatic expansion and …

In this work, a comparison of the power output and the energy efficiency of three types of
Stirling engine (α, β and γ) is conducted numerically. The three Stirling engine types do not …

A novel thermal model based on the combination of Adiabatic analysis and finite speed
thermodynamics called CAFS (Combined Adiabatic–Finite Speed) analysis was developed …

In this paper, a TD-Sage model of a beta-type free piston Stirling engine (β-FPSE) is put
forward, which combines thermodynamic-dynamic model with the Sage model. Considering …