陈树君

焊接工艺与设备,电气工程

北京工业大学机电学院

基本信息

陈树君，教授，博导，“长江学者”,北京工业大学材料与制造学部主任，全国优秀科技工作者，享受国务院特殊津贴。入选国家千百万人才、北京市长城学者计划等人才工程，获得国家科技进步二等奖等省部级奖项十余项。博士生导师，北京工业大学机电学院，北京市, (2010.01—至今) 教授，北京工业大学机电学院，北京市, (2006.07—至今) 副教授，北京工业大学机电学院，北京市, (2002.07—2006.06) 副教授，北京工业大学材料学院，北京市, (2001.07—2002.06) 博士后，北京工业大学机械工程博士后流动站，北京市, (1999.08—2001.06)

科研成果

总发文数(篇)
0
总被引数(次)
0
H指数
0
篇均被引(次)
0
TOP1%高被引
0
TOP10%高被引
0
FWCI
0
国际合作发文数(篇)
0

成果分析

期刊发文数占比
重点学科匹配度: 论文历年发表情况; 合作发文情况; 文章被引情况

科研论文更多

Eliminating input current harmonic of the arc welding power source using AC voltage-elevating method
- 摘要：
- 作者：
  Chen S. J.;Lu Z. Y.;Huang J. Q.;Yin S. Y.;Dong B. H.
- 刊名：
  Zhongguo Jixie Gongcheng China Mechanical Engineering
- 在线出版时间：
  2001
Active droplet oscillation excited by optimized waveform: Experiments reveal the effects of waveform parameters on the excited droplet oscillation, plus the optimal range of current waveform parameters is determined
- 摘要：
  The active droplet oscillation method is an approach previously propos
- 作者：
  Xiao J.;Zhang G. J.;Wu L.;Chen S. J.;Zhang Y. M.
- 刊名：
  Welding Journal
- 在线出版时间：
  2013
Double-electrode arc welding process: Principle, variants, control and developments
- 摘要：
  Double-electrode gas metal arc welding (DE-GMAW) is a novel welding pr
- 作者：
  Lu Yi;Li Xiangrong;Chen Jinsong;Zhang Yu Ming;Chen Shujun;Shi Yu;Kvidahl Lee
- 刊名：
  Journal of Manufacturing Processes
- 在线出版时间：
  2014
Low heat input push-pull feeder CO2welding process
- 摘要：
  During the traditional short-circuit transition process metal transfer
- 作者：
  Ren Fushen;Yang Shuai;Liu Jia;Chen Shujun
- 刊名：
  Hanjie Xuebao Transactions of the China Welding Institution
- 在线出版时间：
  2014
Machine assisted manual torch operation: system design, response modeling, and speed control
- 摘要：
  © 2015, Springer Science+Business Media New York. Skills possessed by
- 作者：
  Chen S. J.;Huang N.;Liu Y. K.;Zhang Y. M.
- 刊名：
  Journal of Intelligent Manufacturing
- 在线出版时间：
  2017
Current-independent metal transfer by using pulsed laser irradiation Part 1: System and Verification: A novel process involving the use of a pulsed fiber laser to control the metal transfer in GMAW is investigated
- 摘要：
  Copyright © 2016 by American Welding Society in both printed and elect
- 作者：
  Xiao J.;Chen S. J.;Zhang G. J.;Zhang Y. M.
- 刊名：
  Welding Journal
- 在线出版时间：
  2016

科创中国

陈树君

基本信息

科研成果

总发文数(篇)

总被引数(次)

H指数

篇均被引(次)

TOP1%高被引

TOP10%高被引

FWCI

国际合作发文数(篇)

成果分析

期刊发文数占比

重点学科匹配度

论文历年发表情况

合作发文情况

文章被引情况

科研论文更多

Eliminating input current harmonic of the arc welding power source using AC voltage-elevating method

Active droplet oscillation excited by optimized waveform: Experiments reveal the effects of waveform parameters on the excited droplet oscillation, plus the optimal range of current waveform parameters is determined

Double-electrode arc welding process: Principle, variants, control and developments

Low heat input push-pull feeder CO2welding process

Machine assisted manual torch operation: system design, response modeling, and speed control

Current-independent metal transfer by using pulsed laser irradiation Part 1: System and Verification: A novel process involving the use of a pulsed fiber laser to control the metal transfer in GMAW is investigated

友情链接

海外专利信息资源系统

省级中心站

科创中国

陈树君

基本信息

科研成果

总发文数(篇)

总被引数(次)

H指数

篇均被引(次)

TOP1%高被引

TOP10%高被引

FWCI

国际合作发文数(篇)

成果分析

期刊发文数占比

重点学科匹配度

论文历年发表情况

合作发文情况

文章被引情况

科研论文 更多

Eliminating input current harmonic of the arc welding power source using AC voltage-elevating method

Active droplet oscillation excited by optimized waveform: Experiments reveal the effects of waveform parameters on the excited droplet oscillation, plus the optimal range of current waveform parameters is determined

Double-electrode arc welding process: Principle, variants, control and developments

Low heat input push-pull feeder CO2welding process

Machine assisted manual torch operation: system design, response modeling, and speed control

Current-independent metal transfer by using pulsed laser irradiation Part 1: System and Verification: A novel process involving the use of a pulsed fiber laser to control the metal transfer in GMAW is investigated

友情链接

海外专利信息资源系统

省级中心站

科研论文更多