Turbocharging and Air Management Systems - System

Klappentext The papers presented here text reflect the international scope of the subject with contributions from centres of excellence. Subjects covered include: computer-aided turbomachinery design system; a meanline prediction method for traditional turbine efficiency; and turbocharger design challenges. Zusammenfassung The papers presented here text reflect the international scope of the subject with contributions from centres of excellence. Subjects covered include: computer-aided turbomachinery design system; a meanline prediction method for traditional turbine efficiency; and turbocharger design challenges. Inhaltsverzeichnis Turbocharger and turbine design I: computer-aided turbomachinery design system! G.J. Bruce; centrifugal compressor design options for small turbochargers! C. Rodgers; extension of a centrifugal compressor performance prediction technique! E. Swain! H. Meese; a meanline prediction method for radial turbine efficiency! N.C. Baines; experimental and analytical investigation of the flow field of a turbocharger turbine! E.F. Benisek. Emission control: controlling turbocharging and EGR system to improve exhaust aftertreatemnt conditions in an automotive diesel engine! M. Capobianco et al; the effects of EGR and supercharging on fuel sprays! combustion! and emissions in a HSDI diesel engine! C. Arcoumanis et al. Air management: theoretical and experimental study on the performance of a sequentially turbocharged diesel engine! Z. Ren et al; examinations of a Lysholm compressor's performance and the engine performance supercharged by the Lysholm compressor! M. Hori et al; regulated two-stage turbocharging - KKK's new charging system for commercial diesel engines! F. Pfluger. Turbocharger compressor and turbine design II: the design! development! and testing of a hydraulic turbine dynamometer! G.T. McDonnell et al; measured and predicted flow characteristics of mixed-flow turbocharger turbines! c. Arcoumanis et al; some aero-thermodynamic considerations for future developments of small turbochargers! F.S. Bhinder; the use of axial flow turbines for driving centrifugal compressors! B. Beyer et al; turbocharger turbine performance under unsteady flow - a review of experimental results and proposed models! D.E. Winterbone! R.J. Pearson. Engine turbocharger matching by simulation: estimation of steady flow loss coefficients for pulse converter junctions in exhaust manifolds! M.D. Bassett et al; calculation of compressor surge with unsteady flow model! M. Skopil! T. Bulaty; analysis of a turbocharged intercooled 20-cylinder medium-speed diesel engine! D.E. Winterbone et al; transient performance optimization of turbocharged engines by means of gas exchange simulations! P. Bartsch et al; the ultimate performance potential of compounded diesel engines for heavy vehicles! F.J. Wallace! A. Cox. Large turbochargers: turbocharger design challenge! K.R. Winn! I. Pinkney; development of compressor for high-pressure ratio turbocharger! H. Tamaki et al; the aerodynamic design of the NAPIER 297 compressor! F.J.G. Heyes. (Part contents). ...

Dettagli sul prodotto

• Autori: Lastpep (Professional Engineering Publis, Pep (Professional Engineering Publishers, Pep (Professional Engineering Publishers), Professional Engineering Publishers (Pep, PEP (Professional Engineering Publishers)
• Editore: Wiley, John and Sons Ltd
• Lingue: Inglese
• Formato: Copertina rigida
• Pubblicazione: 01.01.1998
• EAN: 9781860581502
• ISBN: 978-1-86058-150-2
• Pagine: 360
• Serie: Imeche Conference Transactions; Imeche Conference Transactions
• Categoria: Scienze naturali, medicina, informatica, tecnica > Tecnica > Meccanica, tecnica di produzione