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 …

In this paper, a novel gas combustor with multiple nozzles is proposed to couple with a free-
piston Stirling electric generator (FPSG) for distributed power application. Due to the simple …

Stirling engines (SEs) have long attracted the attention of renewable energy researchers
due to their external combustion design and flexibility in operating with various heat sources …

A combined theoretical and experimental approach is used to determine how to achieve a
desired value for the Stirling engine regenerator effectiveness. A discrete one-dimensional …

A three-dimensional Computational Fluid Dynamics (CFD) simulation for the GPU-3 Stirling
engine is performed. Firstly, the performance of six different eddy-viscosity models are …

A 3D modeling of the fluid dynamics and heat transfer in an advanced free-piston Stirling
engine was conducted. The transient and conjugate fluid dynamics and thermodynamics of …

Regenerator is a key component in Stirling engines, and its characteristics have a significant
influence on engine performance. Herein, subjected to the global constraints of the fixed …

A Stirling engine displays an aptitude for utilizing sustainable energy (such as solar energy)
and exhibits the same theoretical efficiency as that of a Carnot cycle. However, the actual …

A three dimensional rhombic-drive beta-type Stirling engine is computationally studied with
the utilization of ANSYS Fluent software. Research is mainly focused on the characteristics …

A three-dimensional beta-type Stirling Engine is simulated with the use of Computational
Fluid Dynamics. Numerical modelling enables the study of gas properties spatial distribution …