Titlebook: Computational Fluid Dynamics 2002; Proceedings of the S Steve W. Armfield (Professor),Patrick Morgan (Prof Conference proceedings 2003 Spri

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书目名称Computational Fluid Dynamics 2002影响因子(影响力)




书目名称Computational Fluid Dynamics 2002影响因子(影响力)学科排名




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书目名称Computational Fluid Dynamics 2002被引频次学科排名




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书目名称Computational Fluid Dynamics 2002年度引用学科排名




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书目名称Computational Fluid Dynamics 2002读者反馈学科排名

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Detoxification

A Parallel Non-Staggered Navier-Stokes Solver Implemented on a Workstation Cluster that the non-staggered schemes have the same order of accuracy as the staggered scheme, although one of the schemes is non-elliptic in the pressure field at the grid scale. Numerical results are used to validate the analysis, with only the non-elliptic non-staggered scheme showing a reduced accurac

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Towards Computational Biomechanics Based Cardiovascular Medical Practiceof the platelet, are discussed. It is emphasized that a living system inherently needs multi-scale, multi-physics analysis, and the rapid advancement of the biological sciences must also be incorporated in computational biomechanics studies. Based on these efforts, it is now expected that a computat

LUCY

Uncertainty Quantification in CFD Simulations: A Stochastic Spectral Approachhe polynomial chaos technique with Karhunen-Loeve decomposition. This method is applied to the problem of a quasi- one-dimensional nozzle flow with uncertainty in inlet conditions and nozle shape. It is shown that the polynomial chaos approach efficiently handles uncertainty propagation and establis

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A Computational Method for Combustion Using Conditional Moment Closure for stiff equations, VODE, is compared with a modified Newton-Raphson method. The results show that the modified Newton-Raphson has a significant advantage under CMC conditions where the solution is mostly close to the starting estimates and resort to time-stepping method is not needed.

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Building-Cube Method for Flow Problems with Broadband Characteristic Lengthbe Method is proposed aimed for large-scale, high resolution computations around a complex geometry. In the present method, a flow field is divided into a number of cubes (squares in 2D) of various sizes. Each cube is a computational sub-domain with Cartesian mesh of equal spacing and equal number o

CON

A Discrete Sensitivity Solver for an Industrial CFD Code via Automatic Differentiationferentiation (AD) tool to create a discrete forward sensitivity version of .3D Validation is via comparing sensitivities of integrated forces (lift, drag, side force) with respect to (w.r.t) angle-of-attack (AoA) ., calculated using the sensitivity solver and central-differencing. Validation, w.r.t.

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Conservative Multidimensional Upwind Residual Distribution Schemes for Arbitrary Finite ElementsN-scheme previously proposed for linear P1 triangles. Conservation is retained by relaxing on strict monotonicity, using a simple method based on contour integration over the element boundaries. Numerical examples are given for the Euler equations solved on Q1 elements for applications ranging from

AVERT

Computation of 3D Steady Navier-Stokes Flow with Free-Surface Gravity Wavesace (FS) boundary-value problem. This method requires the solution of a sequence of stationary Reynolds-Averaged Navier-Stokes subproblems employing the so-called quasi free-surface condition. The numerical performance of this new approach is investigated for two test cases. The first test case invo