Turbochargers and Turbocharging (IMechE Event Publications)

Turbochargers and Turbocharging (IMechE Event Publications)

By: IMechE (Institution of Mechanical Engineers) (author)Hardback

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Description

"Turbochargers and Turbocharging" presents papers taken from the IMechE series of conferences and covers all aspects of design, development and application of pressure charging devices and their associated systems. The international contributions throughly discuss all areas relating to the turbo industry. Topics covered include charging systems in marine, industrial, aircraft, rail traction, off-highway, truck and passenger car applications. The following issues are covered: tubines; compressors; vibration and noise; flow modelling and dynamometer design tools; EGR and electro-boosted systems; and fatigue life.

About Author

The IMechE is the United Kingdom's qualifying body for mechanical engineers and the home of mechanical engineers for over 150 years. Around 75,000 engineers world-wide are members.

Contents

Part 1 Compressors: idealized stalling criteria of centrifugal compressors, C. Rodgers; turbocharger compressor developments for passenger car gasoline engine applications, H. Chen and W. Connor; the development of effective casing treatment for turbocharger compressors, S. Yamaguchi et al. Part 2 Turbines: radial- and mixed-flow turbine options for high-boost turbochargers, N. Baines; computational and experimental investigation of the aerodynamics of turbocharger mixed-flow turbines, D.D. Palfreyman et al; design of a turbine rotor for a high-vane count variable geometry turbocharger, G.T. McDonnell and Q.D.H. Roberts; ABB TPL65 turbocharger with variable turbine geometry for medium-speed diesel engines, I. Vlaskos et al. Part 3 Vibration and noise: turbocharger vibration - a case study, R. Holmes; dynamic behaviour of rotor-bearing systems involving two oil films in series - application to high-speed turbochargers, K. Gjika and G.D. LaRue; vibration characteristics of a radial turbocharger impeller, D. Filsinger et al; development of a new test facility for evaluation of turbocharger noise emissions, D.C. Clay and S.W. Moch; noise reduction on large turbochargers, H.-J. Feld and R. Girsberger; overall engine process simulation - an important tool for the development of supercharged engines, H. Pucher. Part 4 Flow modelling and dynamometer design tools: the application of a streamline curvature code to the design of turbochargers, J. Dunham and B. Phillipsen; flow modelling of a turbocharger turbine under pulsating flow, J.K.-W. Lam et al; a method of investigating the on-engine turbine efficiency combining experiments and modelling, F. Westin and H.-E. Angstrom; a high-speed, permanent magnet eddy-current dynamometer for turbocharger research, S. Szymko et al; analysis of a large two-stroke marine diesel engine transient behaviour during compressor surging, G. Theotokatos and N.P. Kyrtatos; analysis of a twin turbocharger and a single turbocharger concept on a HSDI V6 diesel engine applying engine cycle simulation, F. Arnd Somerhoff. Part 5 EGR and electro-boosted systems: aspects of EGR control on turbocharged light-duty diesel engines, R.P. Osborne and T. Morris; effect of various EGR systems on HDT-turbocharging, W. Hochegger et al; drivability assessment of an HSDI diesel engine with electrically assisted boosting systems, K. Fieweger et al. Part 6 Fatigue life: lifetime prediction for turbocharger compressor wheels - why use titanium?, B. Engels; prediction of duration of life of automotive components under thermomechanical fatigue, F. Ahdad and M.A. Soare; turbo matching techniques for highly cyclic bus applications, O. Ryder et al. Part 7 Additional papers: small turbocharger turbomachinery, C. Rodgers and K. Rochford; heuristical view on the non-adiabatic coupling system of combustion engine turbocharger, D. Hagelstein et al. (Part contents)

Product Details

  • ISBN13: 9781860583834
  • Format: Hardback
  • Number Of Pages: 398
  • ID: 9781860583834
  • weight: 1010
  • ISBN10: 1860583830

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  • Saver Delivery: Yes
  • 1st Class Delivery: Yes
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