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An innovative computational approach, integrating mesh generation, CFD simultaneous analysis of noise source and propagation, with acoustic radiation, is presented and applied to the simulation of the Advanced Noise Control Fan (ANCF) developed by NASA Glenn Research Center.
Results of computational fluid dynamics validation for flow around a marine propeller are presented.
A new method called Adaptive Spectral Reconstruction (ASR) for thestochastic reconstruction of broadband aeroacoustic sources starting from steady CFD analyses is presented and applied to the evaluation of the noise radiated by a model automotive side mirror.
This paper is focused on RANS simulations of Case 2.1 and Case 2.10 of the Tokyo 2015 workshop.
This paper is devoted to the verification and validation exercises with the FINE™/Marine software conducted for the Tokyo 2015 workshop.
Calculating the calm water resistance of a modern Ropax hullform. All simulations were run using version 5.1 of NUMECA’s FINE™/Marine software.
Turbochargers are currently ubiquitous in automobiles. It is nearly impossible to find a new Diesel vehicle without turbocharging and direct injection. Gasoline cars have been also following suit for the past few years. Regulations are pushing for lower emissions and the way to achieve this has been downsizing and using turbocharging to offset the lower power density of a smaller motor.
NUMECA partnering with CPU24-7 and the UberCloud open new era of “One-Stop-Solution” where advanced CFD simulation on HPC is made possible in integrated and cost-efficient way.
The goal of turbomachinery CFD simulations is to predict flow behavior in adjacent rotating and non-rotating blade rows. The link between these rotating and stationary frames of reference is called the Rotor-Stator interface.
An UberCloud Experiment in cooperation with NUMECA