@inbook{b7452684c0454d988acdb5223c266939,
title = "Practical applications",
abstract = "Because of the advantages of the ultrasonic velocity Doppler profiler (UVP), namely in spatiotemporal velocity field measurements and in its applicability for opaque liquids, UVP has a wide field of application in science and industry. The following chapter introduces carefully selected examples of applications covering relatively basic areas of application. The focus of the contents in this chapter is categorized into (1) studies of flow instability and transition (Sect. 5.1), (2) measurements and investigations of liquid metal flows (Sect. 5.2), (3) developments of new rheometry (Sect. 5.3), (4) determinations of rheological properties (Sect. 5.4), (5) studies of magnetic fluids (Sect. 5.5) and (6) gas-liquid two-phase flow (Sect. 5.6), (7) measurements of flowrate in turbidity flows (Sect. 5.7), and (8) -determinations of flows in a deforming tube for biomedical applications (Sect. 5.8). The measurement and post-processing techniques used in this chapter are described in detail in Chaps. 4 and 7, and, detailed explanations of these aspects are omitted in this chapter.",
keywords = "Flow instability, Flowmeter, Liquid metal, Magnetic fluid, Peristaltic flow, Rheology, Two-phase flow",
author = "Yuji Tasaka and Beat Birkhofer and Noriyuki Furuichi and Hiroshige Kikura and Hisato Minagawa and Yuichi Murai and Hideki Murakawa and Masaaki Motozawa and Samsun Nahar and Hironari Obayashi and Tatsuo Sawada and Shaik, {A. K.Jeelani} and Yasushi Takeda and Kenichi Tezuka and Yoshiyuki Tsuji and Takatoshi Yanagisawa and Sanehiro Wada and Johan Wiklund and Windhab, {Erich J.}",
year = "2012",
doi = "10.1007/978-4-431-54026-7_5",
language = "English",
isbn = "9784431540250",
series = "Fluid Mechanics and its Applications",
pages = "107--200",
editor = "Yasushi Takeda",
booktitle = "Ultrasonic Doppler Velocity Pro fi ler for Fluid Flow",
}