Chen Zhi
Assistant Professor
College of Chemical Engineering
Sichuan University
China
Biography
Chen Zhi is currently Chemical Sichuan University professor of Institute of Process Equipment and Safety Engineering, the incumbent member of China National Technical Supervision Bureau of the mechanical seal machine Standards Committee, members of the Fluid Engineering Society of Professional Committee of fluid sealing Chinese Mechanical Engineering Society, " machinery " magazine editorial . Independent completion of four undergraduate courses teaching, complete training master graduate 8 , the completion of the provincial departments and all kinds of horizontal projects more than 30 items .
Research Interest
Has long been engaged in the mechanical seal and dry gas sealing research and design work, has completed the pump, kettle mechanical seal, compressor mechanical seal and other mechanical dynamic seal engineering problems, high pressure dry gas sealing research and development, homogenizer Drum quick release seal structure design, LWF type decanter centrifuge mechanical seal and other projects, its products in the petroleum, chemical, oil refining, pharmaceutical, water treatment, desulfurization and other devices have been applied. In recent years in the membrane filtration and separation machinery on a breakthrough, responsible for the national major project sub-project " nuclear fuel reprocessing continuous filter program design " and other projects; in the flow field and temperature field numerical simulation achievements, responsible for the "mechanical Sealed and O -type rubber ring stress analysis "," dry gas heat sealing coupling "," new catalytic reaction flue gas desulfurization reactor large-scale simulation research "," adsorption tower flow and heat transfer simulation experiment " Project research.
Publications
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Effect of the Flow Channel Structure on the Nanofiltration Separation Performance
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Effect and the characterization of the charged PDMC / Al 2 O 3 composite nanofiltration membrane
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The effect of the O-ring on the end face deformation of mechanical stress based on numerical simulation