Search results

For liquid, a CFD method based on the well known SIMPLE scheme is used.
Efforts were made to accurately locate the particles paths through the hexahedral grid used by the liquid flow simulations.
The liquid phase flow is solved by a CFD solver using SIMPLE scheme.
Unsteady three-dimensional simulation of interactions between flow and two particles.
Simulation of particles released near the wall in a turbulent boundary layer.

Yantai, Sandong, 265147 China ahuifenlai@163.com, b wzrn_hz@163.com Keywords: Stress Analysis, Design Analysis, Dynamic Simulation, F1 Race Car Abstract.
The SolidWorks Works Simulation Xpress provides a preliminary stress analysis tool for Solid Works user.
SolidWorks Simulation Xpress™ uses linear static analysis, based on the Finite Element Method (FEM), to calculate stresses.
Solid Works FlowSimulation as a CFD analysis software, is widely applied in the fluid flow and heat transfer analysis field .It is the only fluid flow analysis tool for designers that is fully embedded inside SolidWorks.
[4] SolidWorks® 2011 SolidWorks Simulation Hands-on Test Drive

To reveal the mechanism, steady numerical simulations were performed using FINE/TURBO software package.
The first grid spacing ensure y+<10 at the walls, which makes the boundary layer simulation reliable.
The numerical simulations were performed by solving the steady compressible Navier-Stokes equation using the FINE/TURBO software package.
Michael, in: Numerical simulations of rotor 35 with and without tip injection using an arbitrary mach number flow solver.
[12] ASME Turbomachinery Committee, CFD Code Assessment in Turbomachinery – Data Report, (1994)

In the process of numerical simulation in the furnace, the gas phase turbulent flow usesRealizable model for both sides and solves the governing equations using SIMPLEC algorithm.
With the development of the computer, the numerical simulation method in boiler design and operation and reform plays a more and more important role.
Numerical simulation can serve as a good auxiliary method, both reducing the number of laboratory experiments and saving a lot of manpower material resources, and can be calculated on a computer screen image reproduction[1].
High quality of the solution of the grid to the flow field can be realized with high quality, the research achievements of CFD can be used in the industrial design.
Simulation results basically accord with the four tangential boiler combustion rule.

† Corresponding author, Tel: +82-31-610-4246, Fax: +82-31-610-4148 Experiment Design of micro mixing channel and detection cell Fig. 1 Simulation result of straight mixing channel and curved mixing channel with island structure Simulations were done using CFD-ACE TM (CFD research Corporation, Huntsville, AL) package.

Supercritical carbon dioxide heat exchanger tube Numerical Simulation and Analysis Jie Yang, Jing Lv, Dazhang Yang, Kang Liu, Songbo Zhang, Huixia Lu College of Environment and Architecture University of Shanghai for Science and Technology Shanghai, China E-mail: yjie522@yahoo.com.cn Keywords: simulation; heat transfer; field synergy principle; carbon dioxide Abstract.
Simulation data show that the double helix casing tubes is better than the three straight casing tubes on heat transfer and synergy.
The boundary conditions of simulation are mass flow inlet boundary condition and pressure outlet boundary condition.
Through flow field and temperature field of simulation, qualitatively analyzed the difference between two forms of tube heat exchanger.
Computational Fluid Dynamics-CFD software principle and application [M].

For the numerical solution a Computational Fluid Dynamics (CFD) code, based on the Finite Volume Method (FVM),de0 was used.
A methodology employed to analysis WECs operational principle is numerical simulation.
For the numerical solution the Computational Fluid Dynamic (CFD) code FLUENT®, based on the Finite Volume Method (FVM) was used.
Therefore, 40 distinct geometrical shapes through numerical simulation were analyzed.
For the numerical solution, the Computational Fluid Dynamic (CFD) code was used, based on the Finite Volume Method (FVM).

Discrete phase model was used for three-dimensional numerical simulation of two-phase flow in the ship FGD scrubber.
The simulation plays a certain role in guiding the structural optimization design of scrubber.
It was used to carry out numerical simulation on the flow field in the scrubber under the situation of no spray.
Numerical Simulation of Influence of Inlet Location on Flow Field in Spray Scrubber [J].
Multiphase Euler-Lagrange CFD applied to Wet Gas Desulphurisation technology [J].

Simulation analysis of viscous effects on dynamic performance of hypersonic vehicle Li-qian DOU, Yu-ye SHEN, Bin SUN （ School of Electrical Engineering & Automation, The Tianjin Key Laboratory of Process Measurement and Control, Tianjin University, Tianjin 300072, China） Keywords: Viscous effects; Hypersonic vehicle; Reference temperature; Elastic mode Abstract.
Those researches are based on CFD numerical technique, it is difficult to obtain the enough simulation experimental data for good optimization and control design due to a great amount of CFD calculation requirement.
Figure 3 is simulation results under level steady flight conditions at 100kft.
Six degree-of-freedom simulation of hypersonic vehicles.

Analysis of solid-liquid two-phase flow in axial flow pump Hua Hong1, a, Wang Xiaolin2,b, Wang Huiyan3,c, Liu Xiaobing4,d 1,2,3,4 School of energy and environment, Xihua University, Chengdu 610039, China aHuahong126@163.com, bWxl@mail.xhu.edu.cn, c191758344@qq.com, dLiuxb@mail.xhu.edu.cn Keywords: axial flow pump, solid-liquid two-phase, turbulent flow, numerical simulation Abstract.
This research shows that the numerical simulation results are consistent with the actual situations.
Presently, CFD method has been used in researching three-dimensional turbulent flow field in a pump, some scholars have used CFD method to calculate multi-phase flow in pumps, and obtained some results [1-9].