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Results 1 to 25 of 479

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Performance comparison of a novel configuration of beta-type Stirling engines with rhombic drive engineSOLMAZ, Hamit; KARABULUT, Halit.Energy conversion and management. 2014, Vol 78, pp 627-633, issn 0196-8904, 7 p.Article

Multi-objective optimization of GPU3 Stirling engine using third order analysisTOGHYANI, Somayeh; KASAEIAN, Alibakhsh; SEYYED HASAN HASHEMABADI et al.Energy conversion and management. 2014, Vol 87, pp 521-529, issn 0196-8904, 9 p.Article

Thermodynamic analysis of a Stirling engine including regenerator dead volumePUECH, Pascal; TISHKOVA, Victoria.Renewable energy. 2011, Vol 36, Num 2, pp 872-878, issn 0960-1481, 7 p.Article

A high pressure and high frequency diaphragm engine: Comparison of measured results with thermoacoustic predictionsSTEINER, Thomas W; ARCHIBALD, Geoffrey D. S.Applied energy. 2014, Vol 114, pp 709-716, issn 0306-2619, 8 p.Article

Characterization of the power and efficiency of Stirling engine subsystemsGARCIA, D; GONZALEZ, M. A; PRIETO, J. I et al.Applied energy. 2014, Vol 121, pp 51-63, issn 0306-2619, 13 p.Article

Design and analysis of highly effective pulse tube engineKI, Taekyung; JEONG, Sangkwon.Applied thermal engineering. 2013, Vol 53, Num 1, pp 31-36, issn 1359-4311, 6 p.Article

A computational fluid dynamics study on the heat transfer characteristics of the working cycle of a β-type Stirling engineSALAZAR, Jose Leon; CHEN, Wen-Lih.Energy conversion and management. 2014, Vol 88, pp 177-188, issn 0196-8904, 12 p.Article

Optimization of geometrical parameters for Stirling engines based on theoretical analysisCHENG, Chin-Hsiang; YANG, Hang-Suin.Applied energy. 2012, Vol 92, pp 395-405, issn 0306-2619, 11 p.Article

Displacer gap losses in beta and gamma Stirling enginesMABROUK, M. T; KHEIRI, A; FEIDT, M et al.Energy (Oxford). 2014, Vol 72, pp 135-144, issn 0360-5442, 10 p.Article

An analysis of beta type Stirling engine with rhombic drive mechanismSHENDAGE, D. J; KEDARE, S. B; BAPAT, S. L et al.Renewable energy. 2011, Vol 36, Num 1, pp 289-297, issn 0960-1481, 9 p.Article

Dynamic simulation of a beta-type Stirling engine with cam-drive mechanism via the combination of the thermodynamic and dynamic modelsCHENG, Chin-Hsiang; YU, Ying-Ju.Renewable energy. 2011, Vol 36, Num 2, pp 714-725, issn 0960-1481, 12 p.Article

Stirling's air engine-a thermodynamic appreciationPRIETO, J. I.Proceedings of the Institution of Mechanical Engineers. Part C, Journal of mechanical engineering science. 2002, Vol 216, Num 1, pp 123-125, issn 0954-4062Article

A numerical analysis on the performance of a pressurized twin power piston gamma-type Stirling engineCHEN, Wen-Lih; WONG, King-Leung; PO, Li-Wen et al.Energy conversion and management. 2012, Vol 62, pp 84-92, issn 0196-8904, 9 p.Article

A non-tubular Stirling engine heater for a micro solar power unitGARCIA, D; PRIETO, J. I.Renewable energy. 2012, Vol 46, pp 127-136, issn 0960-1481, 10 p.Article

Combining dynamic and thermodynamic models for dynamic simulation of a beta-type Stirling engine with rhombic-drive mechanismCHENG, Chin-Hsiang; YU, Ying-Ju.Renewable energy. 2012, Vol 37, Num 1, pp 161-173, issn 0960-1481, 13 p.Article

Thermoacoustic model of a modified free piston Stirling engine with a thermal buffer tubeQIN YANG; LUO, Ercang; WEI DAI et al.Applied energy. 2012, Vol 90, Num 1, pp 266-270, issn 0306-2619, 5 p.Conference Paper

Numerical model for predicting thermodynamic cycle and thermal efficiency of a beta-type Stirling engine with rhombic-drive mechanismCHENG, Chin-Hsiang; YU, Ying-Ju.Renewable energy. 2010, Vol 35, Num 11, pp 2590-2601, issn 0960-1481, 12 p.Article

Proposed improvements to a model for characterizing the electrical and thermal energy performance of Stirling engine micro-cogeneration devices based upon experimental observationsLOMBARDI, K; UGURSAL, V. I; BEAUSOLEIL-MORRISON, I et al.Applied energy. 2010, Vol 87, Num 10, pp 3271-3282, issn 0306-2619, 12 p.Article

Study and application of a regenerative Stirling cogeneration device based on biomass combustionRENZI, Massimiliano; BRANDONI, Caterina.Applied thermal engineering. 2014, Vol 67, Num 1-2, pp 341-351, issn 1359-4311, 11 p.Article

Evaluation of the maximized power of a regenerative endoreversible Stirling cycle using the thermodynamic analysisAHMADI, Mohammad H; MOHAMMADI, Amir H; DEHGHANI, Saeed et al.Energy conversion and management. 2013, Vol 76, pp 561-570, issn 0196-8904, 10 p.Article

Performance testing of a Fresnel/Stirling micro solar energy conversion systemAKSOY, Fatih; KARABULUT, Halit.Energy conversion and management. 2013, Vol 75, pp 629-634, issn 0196-8904, 6 p.Article

Predictive modeling of performance of a helium charged Stirling engine using an artificial neural networkÖZGÖREN, Yaşar Önder; CETINKAYA, Selim; SARIDEMIR, Suat et al.Energy conversion and management. 2013, Vol 67, pp 357-368, issn 0196-8904, 12 p.Article

Thermo-economic multi-objective optimization of solar dish-Stirling engine by implementing evolutionary algorithmAHMADI, Mohammad H; SAYYAADI, Hoseyn; MOHAMMADI, Amir H et al.Energy conversion and management. 2013, Vol 73, pp 370-380, issn 0196-8904, 11 p.Article

The effect of displacer material on the performance of a low temperature differential Stirling engineCINAR, Can; AKSOY, Fatih; EROL, Derviş et al.International journal of energy research. 2012, Vol 36, Num 8, pp 911-917, issn 0363-907X, 7 p.Article

Simulation, design and thermal analysis of a solar Stirling engine using MATLABSHAZLY, J. H; HAFEZ, A. Z; EL SHENAWY, E. T et al.Energy conversion and management. 2014, Vol 79, pp 626-639, issn 0196-8904, 14 p.Article

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