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Online since: September 2013
Authors: Jia Ning Zhang, Yu Chen Shang, Lei Zhang
Norwegian University of Science and Technology generally through the physical model tests in ice towing tank, combined with full-scale test (if possible) and mathematical simulation methods got the approximate design load of ice ridge.
CFD calculation method has not yet been used in a real ship ice resistance calculation at present, it is the reason why this project will eventually adopt the ice model test.
CFD calculation method has not yet been used in a real ship ice resistance calculation at present, it is the reason why this project will eventually adopt the ice model test.
Online since: April 2010
Authors: Assunta Andreozzi, Bernardo Buonomo, Oronzio Manca, Sergio Nardini
A
numerical simulation of the steady-state, laminar, two-dimensional, natural convection heat transfer
in an open-ended channel partially filled with an isotropic porous medium was investigated in [14].
The commercial CFD code Fluent [20] is employed to solve the governing equations.
The commercial CFD code Fluent [20] is employed to solve the governing equations.
Online since: January 2021
Authors: Boubaker Benhaoua, Abdeldjalil Laouini, Kamel Aoues, Abdelmalek Atia
Many scientific researches has been carried out experimental, theoretical and simulation studies for improving solar dryer system efficiency.
Both computational fluid dynamic (CFD) and experimental investigation of tube-type assisted greenhouse dryer have been carried out.
Both computational fluid dynamic (CFD) and experimental investigation of tube-type assisted greenhouse dryer have been carried out.
Online since: October 2025
Authors: Mohammed Benyahia, Fayçal Bouzit, Mohamed Bouzit, Abderrahim Mokhefi
Indeed, since the advent of Computational Fluid Dynamics (CFD) and the initiation of experimental work utilizing modern experimental tools, research on backward-facing steps (BFS) has gained significant momentum.
Brés and Colonius [47] performed direct numerical simulations to analyze three-dimensional instabilities in compressible flow over open cavities.
In the present simulations, the Prandtl number is set at Pr = 0.71, corresponding to air flow, while the Reynolds number is set at Re = 200.
Vengadesan, Large-eddy simulation investigation of modified rib shapes on heat transfer in a ribbed duct, J.
Chen, Numerical simulation of two-dimensional viscous flows using combined finite element-immersed boundary method, J.
Brés and Colonius [47] performed direct numerical simulations to analyze three-dimensional instabilities in compressible flow over open cavities.
In the present simulations, the Prandtl number is set at Pr = 0.71, corresponding to air flow, while the Reynolds number is set at Re = 200.
Vengadesan, Large-eddy simulation investigation of modified rib shapes on heat transfer in a ribbed duct, J.
Chen, Numerical simulation of two-dimensional viscous flows using combined finite element-immersed boundary method, J.
Online since: December 2013
Authors: Tie Zhu Zhang, Hong Xin Zhang, Ji Chao Hong
Analysis of the gas flow in the cavity of internal combustion stove
In order to study the gas flow state in the cavity of internal combustion stove, the gas flow model of furnace cavity was established by the 3D software GAMBIT, the gas flow on the furnace chamber is simulated and analyzed by the computational fluid dynamics software FLUENT, by which we could make numerical simulation for flow field of the furnace chamber and get all parameters.
The model of the inlet pipe and exhaust pipe was built based on commercial CFD software package of FLUENT.
The model of the inlet pipe and exhaust pipe was built based on commercial CFD software package of FLUENT.