... performed using the computational fluid dynamics (CFD) solver ansys fluent 2020 R2 with the help of the shear stress transport (SST k–ω) turbulence model. The simulations are conducted initially with base airfoil and then varying the different structures of slots. After introducing slots in the base airfoil...

... the published form of this work, or allow others to do so, for United States Government purposes. 01 06 2022 30 07 2022 08 08 2022 01 09 2022 computational fluid dynamics large eddy simulation rotating detonation rocket engine adaptive mesh refinement combustion dynamics...

... studied based on a computational fluid dynamics (CFD) method. The results show that there is a good agreement between the model and the CFD. Increasing the plunger diameter can prolong the holding time of the high-pressure water jet and increase the peak pressure, but it does not affect the pressurization...

... Combustion in a Light-Duty Euro 6 Engine ,” Appl. Energy , 228 ( 10 ), pp. 2221 – 2234 . 10.1016/j.apenergy.2018.07.098 [23] Wang , F. J. , 2014 , Computational Fluid Dynamics Analysis-CFD Software Principle and Application , Tsinghua University Press , China . [24] Duan , Y...

... and 1000 s −1 . The data were fitted using different rheological models including the Power law, Cross model, Carreau–Yasuda model, and the newly introduced ones herein named as Cross-Logistic and Logistic models. Then, a computational fluid dynamics (CFD) model was built using a scanning electron...

...Pinaki Pal; Gaurav Kumar; Scott A. Drennan; Brent A. Rankin; Sibendu Som In the present work, a novel computational fluid dynamics (CFD) methodology was developed to simulate full-scale non-premixed rotating detonation engines (RDEs). A unique feature of the modeling approach was the incorporation...

...) and beyond-MON (BMON) ACI conditions. The three-dimensional CFR engine computational fluid dynamics (CFD) model employs a finite-rate chemistry approach with a multi-zone binning strategy to capture autoignition. Two binary blends with Research Octane Number (RON) of 90 are chosen for this study: primary...

... transfer computational fluid dynamics zooplankton behavior chemical sensing All aquatic organisms live in a chemical environment and rely on chemical cues in that environment during at least some aspect of their life cycles [ 1 , 2 ]. Chemical signals can be used for multiple essential functions...

... Division of ASME for publication in the J ournal of E nergy R esources T echnology . 12 06 2020 11 08 2020 15 08 2020 21 09 2020 mixed convection magnetic field concentric and eccentric rotating cylinders computational fluid dynamics finite volume method energy...

... these tri-dimensional effects on the blade element momentum method, the present work introduces a different methodology to determine the axial induction factor employing computational fluid dynamics simulations. The method was applied for a full-scale horizontal axis rotor with three blades and 1 m...

... . 11 05 2020 02 07 2020 02 07 2020 24 08 2020 vortex tube annular vortex tube computational fluid dynamics temperature separation energy conversion/systems energy systems analysis Over the past decades, increasing the heat transfer performance in different energy...

... behavior of bubbles. In this paper, both the experiment and numerical simulations are used to investigate the flow patterns in a spouted bed. For numerical simulations, the bidirectional coupling simulations using computational fluid dynamics (CFD) with discrete element method (DEM) are conducted...

... starting torque addition to the wide working domain. A two-dimensional computational fluid dynamics transient simulation is developed, and a moving mesh is implemented for rotating moving parts. Comprehensive research has been carried out to investigate the effects of the initial overlap ratio (ɛ), arc...

... be interpreted as a hybrid model, where the interactions are also modeled using the KTGF; however, the particles are clustered to parcels and tracked in a Lagrangian way, resulting in a more accurate and computational affordable resolution of the size distribution. In the computational fluid dynamics–discrete...

... , Washington, DC . channel flow chemical reactions chemically reactive flow computational fluid dynamics electrochemistry entropy flow through porous media minimisation solid oxide fuel cells Recent installations of solid oxide fuel cells (SOFCs) have reached higher efficiencies than...

...   20   deg ) = 0.069   l . This increase could easily have been offset by using a smaller connecting pipe of 40 mm instead of 50 mm diameter between the two compression spaces. 02 09 2008 10 10 2008 06 02 2009 bioenergy conversion computational fluid dynamics...

...Richard Kinnersly bioenergy conversion mathematical analysis computational fluid dynamics Stirling engines As the designer of the engine 1 featured in Dr. Mahkamov’s paper, 2 I welcome his pioneering application of CFD modeling to the Stirling cycle. The technique would have been...

...Richard Burton bioenergy conversion Stirling engines mathematical analysis computational fluid dynamics thermodynamics pistons I was interested in the above paper since the engine involved incorporates the same spherical rocker arm seals as were used on the valve mechanism of a solar...

... modeling work lies behind this paper, but leaves the reader with many questions which Dr. Mahkamov may care to answer. Stirling engines computational fluid dynamics brakes mathematical analysis pistons bioenergy conversion 2007 American Society of Mechanical Engineers ...

...K. Mahkamov 30 07 2007 31 08 2007 aerodynamics bioenergy conversion computational fluid dynamics design engineering pistons Stirling engines thermodynamics First, the current author would like to thank everyone who provided comments in Refs. 1 2 3 regarding...