Long, male, doctor, lecturer, Department of Architectural Environment, School of Environmental Science and Engineering, Tianjin University.
Chinese name: dragon
Occupation: Lecturer, Department of Architectural Environment, School of Environmental Science and Engineering, Tianjin University
Graduate school: Tsinghua University.
Representative work: granular layer model of compressibility of neutralized particles
Gender: male
Main experience
In July 2005, he obtained a bachelor's degree in thermal engineering from Tsinghua University.
20 10.7 Tsinghua University received his doctorate in thermal energy engineering.
research direction
Combustion pollution control, gas-solid two-phase flow, CFD technology application, electric bag dust removal technology, building energy-saving simulation
representative works
Long Kevin·Z, Yao Qiang, Huang Bin, Song Qiang. ELPI Measurement of Graded Charge of Particulate Matter, Journal of Engineering Thermophysics, 27(2):354-356, 2006.
Long Kevin·Z, Yao Qiang, Huang Bin, Song Qiang. Compressible granular layer model of neutralized particles, Journal of Engineering Thermophysics, 28 (4): 71-713, 2007.
Long Kevin·Z, Song Qiang, Li Shuiqing, Yao Qiang. Voltammetric characteristics of compound electric bag dust collector. Journal of China Electrical Engineering, 20 10/0,30 (14):13-20.
Long Zhengwei, Yao Qiang, Song Qiang, Li Shuiqing. Numerical Simulation of Electrohydrodynamics 1 1 International Conference on Electrostatic Precipitators, pp.151-kloc-0/56, 2008, Hangzhou, China.
Long Zhengwei, Yao Qiang, Song Qiang, Li Shuiqing. computationofelectricconditionsinsideawire-plateelectrostaticprepitatorusinganunstructuredfinitevolumemethod。 IEEE Conference, 20081October 5 -20081October 9.
Long Zhengwei, Yao Qiang, Song Qiang, Li Shuiqing. The Second ordereaccuratefinitevolume Method for Computing Electrical Conditions Acta Electrostatic, 67(4):597-604, 2009.
Long Zhengwei, Yao Qiang, Song Qiang, Li Shuiqing. Advanced hybrid particle collector for three-dimensional simulation of electric field and space charge. Journal of Electrostatics, 67(6):835-843, 2009.
Yao Qiang Long Zhengwei. Evaluation of variousparticlechargeingmodelsforsimulating particledynamics sinistaticdeputers. journalofaerosolscience, accepted.
Huang Bin, Yao Qiang, Ron Kevin·Z, Song Qiang. Compressible granular layer model of charged particles, Thermal Power Engineering, 22(4):427-430, 2007.