TURBULENT FLOW IN PIPES, WITH PARTICULAR REFERENCE TO THE TRANSITION REGION BETWEEN THE SMOOTH AND ROUGH PIPE LAWS.

Keywords

Turbulence, Brass, Mechanics, Flow (mathematics), Surface finish

References

No references recorded for this paper.

Cited by

• Heat transfer and mechanical design analysis of supercritical gas cooling process of CO2 in microchannelsGuohua Kuang — 2006
• Computation of Normal Depth in Parabolic Cross Sections Using The Rough Model MethodBachir Achour — 2014
• Dégradation des sédiments marneux et suspensions hyperconcentréesCaroline Le Bouteiller — 2011
• Simulation of fluid flow system in process industriesNasser E Khamkham — 2000
• Numerical Modeling of Unsteady Thermofluid Dynamics in Cryogenic SystemsAlok Majumdar — 2003
• OPTIMAL WATER QUALITY MANAGEMENT STRATEGIES FOR URBAN WATERSHEDS USING MACRO-LEVEL SIMULATION MODELS LINKED WITH EVOLUTIONARY ALGORITHMSMohammad Tufail — 2006
• Ein Strömungsmodell der temperaturinduzierten Dichteströmung in geschlossenen Uferröhrichten des Bodensee-UnterseesPeter Meißner, Wolfgang Ostendorp — 1988
• Experimental investigation on the effects of surface roughness on microscale liquid flowTimothy P. Brackbill — 2008
• Untersuchung von einfach gestalteten Krümmern mit Rechteckquerschnitt bei unstetigen QuerschnittsänderungenM. Knoch, C. Kramer — 1988
• Micro/nano scale surface roughness tailoring and its effect on microfluidic flowJing Ren — 2013
• Numerical modelling for the design of urban drainage systemDong‐Sheng Jeng, Damir Bečirević — 2002
• Modeling, Design, and Testing of a Microchannel Split-System Air ConditionerAllen Chad Kirkwood — 1999
• Élaboration de miniémulsions dans un nouveau mélangeur à écoulement élongationnel : influence des paramètres du procédé et de la formulationInès Souilem — 2012
• Evaluation of an Incompressible Energy-Vorticity Turbulence Model for Fully Rough Pipe FlowDouglas F. Hunsaker — 2011
• Avaliação de Métodos de Cálculo do Transporte de Sedimentos em um Pequeno Rio UrbanoFábio Alex Beling, João Paiva, Juliana Scapin — 2007
• Dynamics of short eccentric plain seals with high axial Reynolds number. [for Space Shuttle engine hydrogen fuel turbopump]P. E. Allaire, C. C. Lee, E. J. Gunter — 1978
• Erosion des galets des rivières de montagne au cours du transport fluvial : étude expérimentale et application aux réseaux hydrographiques d'orogènes actifsMikaël Attal — 2003
• Effect of Surface State on Water Wetting and Carbon Dioxide Corrosion in Oil-water Two-phase FlowXuanping Tang — 2011
• Modelling and computation techniques for fluid mechanics experimentsKen R. Morison — 2001
• Overview of the Use of ATHENA for Thermal-Hydraulic Analysis of Systems with Lead-Bismuth CoolantCliff Davis, A.S. Shieh — 2000

Related papers

• IV. Turbulent flow in a circular pipeA. Fage — 1936
• Laminar‐turbulent transition in a slowly pulsating pipe flowLev Shemer — 1985
• Distinct large-scale turbulent-laminar states in transitional pipe flowDavid Moxey, Dwight Barkley — 2010
• Comparison of large- and very-large-scale motions in turbulent pipe and channel flowsJin Lee, Junsun Ahn, Hyung Jin Sung — 2015
• Numerical Prediction Of Turbulent Oscillating Flow In A Circular PipeW. J. Koehler, Suhas V. Patankar, W.E. Ibele — 1990
• Shear flow experiments: Characterizing the onset of turbulence as a phase transitionKerstin Avila — 2014
• Taming turbulent fronts by bending pipesDwight Barkley — 2019
• Turbulence modification by particles in a horizontal pipe flowCamilla Ljus, Bert Johansson, Alf-Erik Almstedt — 2002
• Pipe flow clogged with turbulenceYohann Duguet — 2015
• Localized turbulence in pipe flowDirk Jan Kuik — 2011