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" Laser techniques for fluid mechanics : "
Alexej Gvishiani
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BL
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| Record Number
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747048
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b566999
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| Main Entry
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Alexej Gvishiani
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| Title & Author
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Laser techniques for fluid mechanics : : selected papers from the 10th.\ Alexej Gvishiani
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| Publication Statement
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[Place of publication not identified] : Springer, 2002
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| ISBN
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3662082632
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: 9783662082638
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| Contents
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I. Velocity.- I. 1. Light-in-Flight holography with switched reference beams for cross-correlation in deep volume PIV.- I. 2. 3D-PTV experiments of anomalous, steady transport of a conservative tracer in porous media.- I. 3. Investigation of the spatio-temporal flow structure in the log-law region of a turbulentboundary layer by means of multi-plane stereo particle image velocimetry.- I. 4. 3-Component Doppler laser-two-focus velocimetry applied to a transonic centrifugal compressor.- I. 5. Two-point chirp laser Doppler velocimeter using a powerful fibre-coupled green Nd:YAG ring laser.- I. 6. Maximum likelihood approaches for sound field measurement using LDV.- II. Scalar.- H. 1. Experimental investigation of heat transfer phenomena during direct contact condensation in the presence of non condensable gas by means of linear raman spectroscopy.- II. 2. On the accuracy of scalar dissipation measurements by laser Rayleigh scatering.- 11. 3. Demonstration of the applicability of a Background Oriented Schlieren (BOS) method.- II. 4. Transient temperature measurement of unburned gas using optic heterodyne interferometry.- III. Multi-Phase.- III. 1. Generic formulation of a generalized Lorenz-Mie theory for pulsed laser illumination.- III. 2. Measurement and prediction of the gaussian beam effect in the phase Doppler technique.- 11I. 3. Measurements of spray flow by an Improved Interferometer Laser Imaging Droplet Sizing (ILIDS) system.- 11I. 4. Two-dimensional imaging of sizes and number densities of nanoscaled particles.- 11I. 5. Simultaneous measurement of velocity and particle size profiles with the reference beam technique.- 11I. 6. Instantaneous whole field measurement of velocity and size of air microbubbles in two-phase flows using DDPIV.- 11I. 7. Liquid PIV measurements around a single gas slug rising through stagnant liquid in vertical pipes.- 11I. 8. PIV applied to landslide generated impulse waves.- IV. Turbulent Flows.- IV. 1. Behaviour of trailing vortices in the vicinity of the ground.- IV. 2. Investigation of the mixing process in an axisymmetric turbulent jet using PIV and LIP.- IV. 3. LDA- measurements of jets in crossflow for effusion cooling applications.- W. 4. Characterisation of confinement and impingement effects on the near field of axisymmetric jets.- IV. 5. PIV measurements in a co-flowing jets subjected to axial forcing: vorticity and strain field structure.- IV. 6. Laser-optical observation of chaotic mixing structure in a stirred vessel.- IV. 7. Stereoscopic PIV measurement of a lobed jet mixing flow.- IV. 8. Point and planar LIF for velocity-concentration correlations in a jet in cross flow.- IV. 9. Structure of wall-eddies at Re? ? 106.- V. Combustion and Engines.- V. 1. Computer tomography of infra-red absorption and its application to internal-combustion engines.- V. 2. A sensor for measuring CO2 gas temperature and concentration u sing 2?tm DFB semiconductor laser.- V. 3. Measurement of instantaneous 2-D velocity field and local chemiluminescence in a premixed-spray flame by PIV and MICRO system.- V. 4. Phase discrimination inside a spray: LDV measurements using fluorescent seeding particles (FLDV).- V. 5. Effect of strain rate on NOx reduction in an opposed impinging jet flame combustor.- V. 6. Fluid image velocimetry of the flow in the recirculation zone of a bluff body stabilized and controlled burner.- Author Index.
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| LC Classification
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TA357.A449 2002
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| Added Entry
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Alexej Gvishiani
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