Tc 67/sc 4 n date: 2005-03-9 iso/wd XXXXXX ISO tc 67/sc 4/wg 6 Secretariat: Design of dynamic risers for offshore production systems Élément introductif — Élément central — Élément complémentaire  Warning

TABLE 4 - Hydrodynamic coefficients for a circular cylinder at high and low KC numbers

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• Non‑oscillatory incident flow

TABLE 4 - Hydrodynamic coefficients for a circular cylinder at high and low KC numbers Non‑oscillatory incident flow The subject is concerned with the hydrodynamic forces due to flow separation over the cross section of the riser. Since the incident flow is non‑oscillatory, the position of the wake is not reversible to the upstream side of the riser. The characteristics of the flow may be classified by four different regimes corresponding to the subcritical, critical, supercritical and transcritical Re.15, 16 Boundary layer and flow separation theory provide the background regarding the relationship between the flow field and the hydrodynamic forces.17 Some factors which may affect the hydrodynamic loads are addressed in the following. Directory: standards standards -> Request for proposal contract form for the transit industry standards -> Indiana Academic Standards Resource Guide Grade 8 United States History – Growth and Development (to 1877) Updated April 2016 standards -> Us history Dictionary Based on the sc state Standards standards -> Integrating Standards Education into the Business School Curriculum standards -> Use of Sprint U301 3G/4g mobile Broadband usb device Installation standards -> International organisation for standardisation organisation internationale de normalisation standards -> Standards of Excellence standards -> Common Core State Standards for Mathematics (ccssm) Download 2.34 Mb. Share with your friends: