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58,80 €ISBN 978-3-8191-0131-1Softcover158 pages52 figures222 g21 x 14,8 cmEnglishThesis
July 2025
Christian Dassler
Experimental and numerical investigation of single- and two-phase fluid dynamics, pressure loss and conjugate heat transfer in slender rectangular 180° ducts
Experimental and numerical investigation of single- and two-phase fluid dynamics, pressure loss and conjugate heat transfer in slender rectangular 180° ducts.
In this work the effect of curvature in slender 180° duct shapes was investigated with regards to the pressure loss, heat transfer, and gas-liquid two-phase flow pattern. For heat transfer the ratio between the concave and convex curved surfaces is considered.
In this work the effect of curvature in slender 180° duct shapes was investigated with regards to the pressure loss, heat transfer, and gas-liquid two-phase flow pattern. For heat transfer the ratio between the concave and convex curved surfaces is considered.
Keywords: Curved duct; slender duct; CFD; heat transfer; pressure loss; flow pattern; two-phase flow; heat transfer ratio
Berichte des Fachgebiets für Strömungsmechanik
Edited by Univ.-Prof. D.-Ing. habil. Uwe Janoske, Wuppertal
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