NUMERICAL MODELLING OF A WIRE-NON-PARALLEL PLATE TYPE ELECTROHYDRODYNAMIC GAS PUMP
Numerical modeling was conducted for a wire-non-parallel plate type electrohydrodynamic(EHD)gas pump，where this type of pump already has demonstrated to generate significant gas flow rate to drive unidirectional flow for cooling of electronics systems.Analytical solution of the onedimensional ion transportation and Poissions equation in a cylindrical coordinate were used as numerical solution input for the two-dimensional mass and momentum equatmns based on k-epsilon model in a rectangular coordinate.The flow velocity field and pressure drop profiles were numerically calculated by the Phenics code.The effect of corona wire position with respected to the ground electrode edges and the flow channel conversion angle were numerically investigated.The results show that the pressure generation and gas flow rate increases with increasing EHD number，hence discharge current，applied voltage or discharge power.A significant ground wire positions and conversion angle effect were observed even angle as sinail as 0 to 5 degrees.
Electrohydrodynamics Corona Discharge Gas Pump Thermal Management lonic Wind
Chang,J.S. Chun,Y.N. Yoon Cheol Yang Berezin,A.A. Urashima,K. Mizeraczyk,J.
McIARS and Dept.Eng.Phys.,McMaster University,Hamilton,Ontario Canada L8S 4M1 McIARS and Dept.Eng.Phys.,McMaster University,Hamilton,Ontario Canada L8S 4M1;BK21 Team for Hydrogen BK21 Team for Hydrogen Production,Dept.Mech.Eng.,Choson University,RepubliC of Korea Inst.Fluid Flow Machinery,Polish Academy of Sciences,Gdansk,Poland and Dept.Marine Electronics,Gdyni
国际会议
The 6th International Conference on Applied Electrostatics(第六届国际静电应用会议)
上海
英文
172-175
2008-11-03（万方平台首次上网日期，不代表论文的发表时间）