Stirling engines, unlike internal combustion engines, are engines that generate power by
using any type of heat energy source. In these engines, air, helium, and hydrogen are …

In this study, a beta-type 300-W Stirling engine is developed and tested, and a non-ideal
adiabatic model is built and applied to predict performance of the engine. Engine torque …

The aim of this paper is to provide a multi-objective model to evaluate the effect of engine
working parameters on the performance characteristics of a beta-type Stirling engine. The …

Nowadays, attractions are focused on Stirling engines because of their low noise, external
combustion, and the possibility of employing solar energy. These engines can be designed …

The Stirling engine is one of the most promising devices for the recovery of waste heat. Its
power output can be optimized by several means, in particular by an optimized piston …

This paper describes the development of a mathematical model for a beta-type Stirling
engine with rhombic drive mechanism. This model is based on thermodynamics, heat …

Environmental impact and depletion of mineral resources such as coal, oïl and gas are
prompting a reexamination of an alternative to these resources. A safe and sustainable …

Stirling engine has become preferable for high attention towards the use of alternate
renewable energy resources like biomass and solar energy. Stirling engine is the main …

This study is aimed at development of a theoretical model by combining modified non-ideal
adiabatic model and dynamic analyses in order to predict the dynamic behavior of a 1-kW …

In this study an alpha type Stirling engine concept based on Scotch Yoke mechanism was
proposed with parallel cylinders. A non-conventional crankshaft carrying flanges at both …