The development and evaluation of 3-dimensional models of cold flow in internal combustion engines

Stephen F. Benjamin; A.D. Gosman; J.H. Whitelaw; P. Hutchinson

The development and evaluation of 3-dimensional models of cold flow in internal combustion engines

Stephen F. Benjamin, A.D. Gosman, J.H. Whitelaw, P. Hutchinson

College of Engineering, Environment & Science

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

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Abstract

The aim of the research described here is to produce a computer program, which is capable of computing unsteady 3-dimensional turbulent air motion and heat transfer in the combustion chambers of reciprocating engines under motoring conditions. The computer program will be able to treat a limited but useful range of geometries. The reliability and accuracy of the code is being evaluated by comparison with experimental data generated as part of this research and extracted from other sources in the literature. The computer program uses novel numerical techniques to provide both an accurate, high resolution, representation of complex geometries and economy in the use of computer time and storage space. The experimental data are of high quality and comprise measured values of mean and rms velocities around the inlet valves, in addition to the flow in the main cylinder region.

Original language	English
Title of host publication	Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984
Editors	A.S. Strub, H. Ehringer
Place of Publication	Dusseldorf
Publisher	VDI Verlag on behalf of the Commission of the European Communities
Pages	70-78
Volume	Volume 2: Engines and Batteries
ISBN (Print)	3184190951
Publication status	Published - 1984

Bibliographical note

Keywords

automotive
computer modelling
fluid dynamics

Access to Document

The development and evaluationFinal published version, 1.03 MB

http://bookshop.europa.eu/en/engines-and-batteries-pbCDNB09236/

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Benjamin, S. F., Gosman, A. D., Whitelaw, J. H., & Hutchinson, P. (1984). The development and evaluation of 3-dimensional models of cold flow in internal combustion engines. In A. S. Strub, & H. Ehringer (Eds.), Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984 (Vol. Volume 2: Engines and Batteries, pp. 70-78). VDI Verlag on behalf of the Commission of the European Communities. http://bookshop.europa.eu/en/engines-and-batteries-pbCDNB09236/

The development and evaluation of 3-dimensional models of cold flow in internal combustion engines. / Benjamin, Stephen F.; Gosman, A.D.; Whitelaw, J.H. et al.
Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984. ed. / A.S. Strub; H. Ehringer. Vol. Volume 2: Engines and Batteries Dusseldorf: VDI Verlag on behalf of the Commission of the European Communities, 1984. p. 70-78.

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

Benjamin, SF, Gosman, AD, Whitelaw, JH & Hutchinson, P 1984, The development and evaluation of 3-dimensional models of cold flow in internal combustion engines. in AS Strub & H Ehringer (eds), Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984. vol. Volume 2: Engines and Batteries, VDI Verlag on behalf of the Commission of the European Communities, Dusseldorf, pp. 70-78. <http://bookshop.europa.eu/en/engines-and-batteries-pbCDNB09236/>

Benjamin SF, Gosman AD, Whitelaw JH, Hutchinson P. The development and evaluation of 3-dimensional models of cold flow in internal combustion engines. In Strub AS, Ehringer H, editors, Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984. Vol. Volume 2: Engines and Batteries. Dusseldorf: VDI Verlag on behalf of the Commission of the European Communities. 1984. p. 70-78

Benjamin, Stephen F. ; Gosman, A.D. ; Whitelaw, J.H. et al. / The development and evaluation of 3-dimensional models of cold flow in internal combustion engines. Energy Conservation in Industry: Proceedings of the International Seminar held in Dusseldorf 13-15 February, 1984. editor / A.S. Strub ; H. Ehringer. Vol. Volume 2: Engines and Batteries Dusseldorf : VDI Verlag on behalf of the Commission of the European Communities, 1984. pp. 70-78

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abstract = "The aim of the research described here is to produce a computer program, which is capable of computing unsteady 3-dimensional turbulent air motion and heat transfer in the combustion chambers of reciprocating engines under motoring conditions. The computer program will be able to treat a limited but useful range of geometries. The reliability and accuracy of the code is being evaluated by comparison with experimental data generated as part of this research and extracted from other sources in the literature. The computer program uses novel numerical techniques to provide both an accurate, high resolution, representation of complex geometries and economy in the use of computer time and storage space. The experimental data are of high quality and comprise measured values of mean and rms velocities around the inlet valves, in addition to the flow in the main cylinder region. ",

keywords = "automotive, computer modelling, fluid dynamics",

author = "Benjamin, {Stephen F.} and A.D. Gosman and J.H. Whitelaw and P. Hutchinson",

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Y1 - 1984

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AB - The aim of the research described here is to produce a computer program, which is capable of computing unsteady 3-dimensional turbulent air motion and heat transfer in the combustion chambers of reciprocating engines under motoring conditions. The computer program will be able to treat a limited but useful range of geometries. The reliability and accuracy of the code is being evaluated by comparison with experimental data generated as part of this research and extracted from other sources in the literature. The computer program uses novel numerical techniques to provide both an accurate, high resolution, representation of complex geometries and economy in the use of computer time and storage space. The experimental data are of high quality and comprise measured values of mean and rms velocities around the inlet valves, in addition to the flow in the main cylinder region.

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PB - VDI Verlag on behalf of the Commission of the European Communities

CY - Dusseldorf

ER -

The development and evaluation of 3-dimensional models of cold flow in internal combustion engines

Abstract

Bibliographical note

Keywords

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Cite this