... along the free shear layer. The reattachment point location, pressure, and wall shear are also significantly influenced by the uncertainties of the coefficients. 28 07 2010 26 02 2011 06 05 2011 06 05 2011 error analysis external flows flow separation flow simulation...

... effects of the containing cylinder and other possible sources that affect the accuracy and reproducibility of the falling ball tests. A formal error analysis of the falling-ball method, an evaluation of the relative merits of calibration and individual measurements, and an analysis of reproducibility...

.... A fairly general methodology has been suggested for calculating the source term in the error equation based on the formalism of the finite difference/finite volume approach. It is conjectured that the only information needed to carry out the error analysis are (i) the single grid geometry, (ii...

.... 15 Nov 2001 23 Feb 2003 27 08 2003 swirling flow hydraulic turbines error analysis pipe flow computational fluid dynamics The use of computational fluid dynamics (CFD) in industry has increased dramatically in recent decades and is now used in many fields...

.... Then, the a posteriori analysis for the numerical solution of turbulent boundary layer on a flat plate is performed. Grid Convergence Index and convergence rate analysis confirm the a priori results. 25 January 1999 06 February 2002 19 08 2002 boundary layer turbulence error analysis Navier...

...George Em Karniadakis computational fluid dynamics numerical analysis error analysis uncertainty handling There has been recently an intense interest in verification and validation of large-scale simulations and in quantifying uncertainty, and several workshops...

...`nsul, R., and Oliva, A., 2000, “A Parallel Algorithm for the Detailed Numerical Simulation of Reactive Flows,” Proceedings of the 1999 Parallel Computational Fluid Dynamics Conference, pp. 389–396, Williamsburg, VA. heat transfer finite volume methods turbulence channel flow error analysis...

... August 2001 12 November 2001 numerical analysis uncertainty handling error analysis flow simulation computational fluid dynamics Compressible hydrodynamics, in addition to its intrinsic importance in modeling physical flows, is also the prototypical example of a hyperbolic system...

...-Payne, M. A., and Oberkampf, W. L., 2000, “Verification and Validation for Laminar Hypersonic Flowfields,” AIAA 2000-2550, June, Denver. Roy, C. J., 2001, “Grid Convergence Error Analysis for Mixed-Order Numerical Schemes,” AIAA Paper 2001–2606, June, Anaheim. See also this issue of ASME JFE...

... decompositions can be readily crafted; the complexity of the on-line stage (calculation of the output predictor and associated bound gap) is, as before, independent of the dimension of X . partial differential equations Galerkin method error analysis computational fluid dynamics numerical analysis...

... with a typical uncertainty of ±1.0–1.5°C has been developed. Recent progress has resulted in a method of generating robust calibration curves for use in subsequent temperature measurements. A discussion of the experimental methodology, calibration curve development, and error analysis is presented. Finally...