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Fluid Machinery
and Fluid Engineering- Proceedings of the International Symposium
on Fluid Machinery and Fluid Engeering (Beijing,
China, 9-12 September 1996)
By Wu Yulin
Published in 1996
Page: XVI+722 pages with 25 photos,740 figures, 40 tables
Size: 185x260mm
Hardcover
Price: US$120
This volume discusses the theoretical and applied research in thermal
and fluid sciences. It Contains 90 papers and may be useful for fluid
mechanical engineers and technologists.
Contents: Section headings and selected papers:
Invited Papers: Energy transfer in compression processes as illustrated
by centrifugal thermal turbomachines, M Rautenberg. Sections 1: Experimental
Study: Measurement of velocity fluctuations in the near wake of a rotating
blade from a relative frame of reference in relation to the broadband
fan noise, T Fukano.
Section 2 Numerical Simulation: Development of boundary element methods
with Green's functions in fluid mechanics, M Guilbaud. Section 3 Compressors
and Fans: 3D flow effects on the aerodynamic stability for the axial flow
compressor, R J Cao & S Zhou. Section 4 Pumps: Development targets
for power plant pumps, D H Hellmann, Section 5 Turbines: Experimental
and numerical investigation of the flow field at the leading edge of a
film-coold turbine guide vane, D E Bohn & V J Becker. Section 6: Jets
and Valves. Perpendicular wall hot jet in the subsonic compressible cross
flow, V Uruba et al. Section 7: Cavitation and Multiphase Flows. Investigation
of the cathodic protection against cavitation erosion, S J Liu & T
Ikohagi etal. Section 8:. Noise, Vibration and Seal. On the similitude
of a cross-flow fan in the dynamic performance and noise character, T
Fukano et al. Section 9: Unsteady Flows. Effects of the vaned diffuser
on pressure fluctuation on a diffuser pump, H Tsukamoto etal. Section
10: Fluid Machinery System and Control. Unsteady characteristics of pump
system considering the internal configuration of impeller, K Tanaka et
al. Section 11: Other Fluid Machinery and Equipment. Numerical and experimental
investigation of the flow field around a mixer impeller, H E Siekmann.
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