仇中軍

仇中軍，博士，天津大學精密儀器與光電工程學院副教授。

基本介紹

• 中文名：仇中軍
• 學位/學歷：博士
• 職業：教師
• 專業方向：Precision and ultra-precision machining
• 任職院校：天津大學

個人經歷

教育經歷

· 1993.9 - 1997.7

Harbin Institute of Technology - BA

· 1997.9 - 1999.7

Harbin Institute of Technology - MA

· 1999.9 - 2003.1

Harbin Institute of Technology - PhD

工作經歷

· 2007.7 - 2019.12

School of Precision Instrument and Optoelectronics Engineering → Tianjin University → Associate professor

· 2003.7 - 2007.7

the Graduate School of Science and Engineering → Ibaraki University, Japan → Postdoctor

研究方向

· Precision and ultra-precision machining

· Micro-injection molding

· Computer vision measurement

學術成果

論文成果

[1]Crack propagation and the material removal mechanism of glass-ceramics by the scratch test

[2]Modelling the strain rate sensitivity on the subsurface damages of scratched glass ceramics

[3]Development of high efficiency infrared-heating-assisted micro-injection molding for fabricating micro-needle array

[4]Flow properties of polymer melt in longitudinal ultrasonic-assisted micro-injection molding

[5]Effects of process parameters on the molding quality of the micro-needle array

[6]Investigation of micro-injection molding based on longitudinal ultrasonic vibration core

[7]Mathematical description and measurement of refractive parameters of freeform spectacle lenses

[8]Investigation of diamond cutting tool lapping system based on on-machine image measurement

[9]Online Image Measurement Method for Micro-round Nose Diamond Turning Tools

[10]Mechanical dressing of resin bond diamond grinding wheel based on dressing force

專利成果

[1]A manufacturing method for arc-edge diamond tool

[2]A compound grinding method for large quartz glass substrate

[3]A relief angle adjustable automatic grinding device for the arc-edge diamond tool

[4]An ultrasonic assisted microinjection molding tool

[5]A special-purpose grinding fluid and preparation method for optical glass ductile-mode machining

[6]A constant pressure ultrasonic assisted magnetic fluid polishing method and device

[7]a methods and devices for ascertained critical cutting depth of Brittle-ductile transformation of hard brittle materials

[8]An optical glass polishing special magnetic fluid and its preparation method

[9]An on-line tool detection method for exceeding view field