Thermodynamic similarity conditions are cited for the gas circuit of the Stirling machine. Charts or a hand calculator become the only tools required for the design of a new machine to the detail previously calling for sophisticated software. Independent corroboration is presented.
Get full access to this article
View all access options for this article.
References
1.
NilssonH.GummessonS.Air-independent Stirling-engine-powered energy supply system for underwater applications. Proceedings of Conference on Marine applications of the Stirling engine, 16 February1988 (Institute of Marine Engineers).
2.
OrganA. J.Stirling engine thermodynamic design without the computer. mRT, Box 39, Cambridge CB3 8BH, 1991.
3.
OrganA. J.Thermodynamics and gas dynamics of the Stirling cycle machine, 1992 (Cambridge University Press) (to be published June 1992).
KaysW. M.LondonA. L.Compact heat exchangers, 1955 (McGraw-Hill, New York).
6.
ThiemeL. G.Low-power baseline test results for the GPU-3 Stirling engine. Report NASA TM-79103 prepared under inter-agency agreement EC-77-A-31–1040 by NASA Lewis Research Centre, Cleveland, April 1979.
7.
RixD. H.Gas process asymmetry in the Stirling cycle machine. PhD dissertation, University of Cambridge, 1984.
8.
UrieliI.A computer simulation of Stirling cycle machines. PhD dissertation, University of the Witwatersrand, 1977.
9.
MeijerR. J.Prospects of the Stirling engine for vehicular propulsion. Philips Technical Review, 1970, 31(5/6), 168–185.
10.
OrganA. J.Thermodynamic design of Stirling cycle machines. Proc. Instn Mech. Engrs, Part C, 1987, 201(C2), 107–116.
11.
GedeonD.Scaling rules for Stirling engines. Proceedings of Sixteenth Inter-society Engineering Conference on Energy conversion, II. Atlanta, Ga. 9–14 August1981, paper 819796, pp. 1929–1935 (American Society of Mechanical Engineers, New York).