... = 0.75 and ( b ) β = 0.25 The contours of the streamwise velocity and the streamlines for t = 0.125 with (a) β = 0.75 and (b) β = 0.25 orifice flowmeters RANS pipe flow discharge coefficients computational fluid dynamics offshore pipelines Flowmeters are widely used in modern...

... is 500 mm. The cylinder is connected to the vertical arms through gaps in both of the internal walls. 01 04 2010 12 08 2010 07 04 2011 07 04 2011 drilling (geotechnical) elasticity flow instability flow measurement pipe flow shapes (structures) springs (mechanical...

... an appropriate size for the sand bed. This fiffnding highlights the importance of the bed particle size distribution on the onset of scour below the pipelines. multiphase flow non-Newtonian flow pipe flow pipelines With technological advancements, deep water are now accessible to oil and gas...

... below the cylinder causes Rayleigh-Taylor instability and spontaneous free surface breaking of the type photographed by Greenhow and Lin ( 3 ). This stops the numerical calculations. pipe flow multiphase flow flow separation interpolation finite difference methods 22 06 2005 05...

... range of the LDV and the SPIV measurements at each measuring point. 07 03 2005 04 11 2005 wakes propulsion laser velocimetry nozzles hydrodynamics pipe flow A historical review of the application and different types of dynamic positioning (DP) systems is provided...

...; final revision, March 2004. Associate Editor: Chon Tsai. 01 March 2003 01 March 2004 07 03 2005 pipelines pipeline processing pipe flow numerical analysis gas industry Recent progress in the technology for the controlled-rolling (CR) process and thermo-mechanical...

... and mounted below the hull; or placed in tunnels crossing the hull from one side to the other. ducts pipe flow velocimeters hydrodynamics wakes cavitation propellers ships gas industry offshore installations 26 08 2004 03 03 2005 2005 American Society of Mechanical...

... 2002. Associate Editor: M. Toyoda. 01 Aug 2001 01 May 2002 16 04 2003 modelling submarine cables pipe flow finite element analysis displacement control rotation oil technology supports seafloor phenomena flexible structures Even though submarine pipelines...

.... Contributed by the OOAE Division for publication in the JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING . Manuscript received July 2001; final revision, April 2002. Associate Editor: R. Bea. 01 July 2001 01 April 2002 16 04 2003 pipe flow oil technology seafloor phenomena...

... of the bending machine and the cylinders contact each other. Table 6 summarizes the details of the boundary conditions in each step. 01 July 2001 16 04 2003 pipe flow oil technology bending buckling finite element analysis tensile testing strain measurement yield stress mechanical...

... cracking failure (mechanical) pH natural gas technology underground distribution systems pipe flow 02 March 1999 21 March 2001 Contributed by the OMAE Division for publication in the JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING . Manuscript received by the OMAE Division...

... received by the OMAE Division, July 23, 1999; revised manuscript received March 31, 2000. Associate Technical Editor: R. Riggs. 23 July 1999 31 March 2000 solid-liquid transformations explosions submarine cables pipe flow mechanics continuum mechanics...

..., Institute of Engineering Mechanics, University of Innsbruck, Report 8-86, Austria. oil technology natural gas technology pipe flow installation design engineering structural engineering reliability finite element analysis stress analysis yield strength...

..., demonstrated that such a pipeline would be beyond existing technology and could not be laid without significant uncertainties. oil technology natural gas technology pipe flow environmental factors structural engineering oceanographic regions 01 September...