|
Dr. Kai Tang Department of Mechanical
Engineering Hong Kong
University of Science and Technology Clear Water Bay, Hong Kong,
China Phone: (852) 2358-8656;
Email: mektang@ust.hk |
BACKGROUND
Short Bio
Dr. Kai Tang
was born and grew up in the ancient capital city Nanjing of China. He graduated
from the No. 13 middle school of Nanjing in 1977 and was fortunate to continue
on to go to college after the universities in China had been virtually shut
down for 10 years due to the Cultural Revolution. He went to his hometown
university the Nanjing Institute of Technology and received BEng in Mechanical
Engineering in the Spring of 1982 (class of 21-77-1). Afterward, among the
first selected by China’s Education Ministry, he went to the University of
Michigan in 1984, enrolling in the Department of Electrical Engineering and
Computer Science, where he received MSc in 1986 and PhD in 1990, both in
Computer Engineering. From 1991 to 2001 for 10 years, he worked as a software
specialist in software industry, mostly in the area of Computer-Aided Design
and Manufacturing software development. He also for a short period of one year
worked as the chief engineer in a start-up company focusing on voice
recognition technology. In June 2001, he “went back” to school and joined the
faculty of the Department of Mechanical Engineering at Hong Kong University of
Science and Technology.
Education
Academic employment
Industrial employment
Dr.
Tang has extensive industrial and research experiences in CAD/CAM and design
and manufacturing automation software development. His research interests
concentrate on designing efficient and practical algorithms for solving real
world computational, geometric, and numerical problems.
Research areas
Past and current projects
Current:
·
“连续纤维增材制造轨迹规划的研发”,
PI, 阿奈索
– HKUST(GZ) 技术开发项目,
Project # R00335, RMB 1,200,000, 9/2025.9 – 8/2029.
·
“面向金属增减材混合制造的复杂腔体零件工艺规划”,PI,中国自然基金面上项目,RMB 500,000,项目号 52375518,1/2024 – 12/2027.
·
“复杂零件混合加工工艺的研发”,
PI, 固高
– HKUST(GZ)技术开发项目,
Project # R00040, RMB 750,000, 9/2023 –
8/2026.
Past:
· “Process planning of collision-free
multi-pass flank milling of complicated parts based on quasi-developable
stripification”, PI, RGC-GRF/16211222, HK$1,098,559, 1/9/2022 – 31/8/2025.
· “金属多轴增减材复合加工中心软硬件平台的研发/多轴增减材复合加工工艺规划/仿真系统的研究与开发”, PI, FSPM02202007-1 (2020年度佛山科大专项校企合作研发项目), HK$9,100,000, 6/2021 – 6/2023.
· “An Intelligent CAM system for
automotive wheel hub manufacturing”, PI,
PRP/041/19FX, HK$1,320, 000, 2/2020 – 8/2021.
· “Curved layer-based process planning
for five-axis volume printing of freeform parts”, PI, RGC-GRF/16200819, HK$700,000, 1/9/2019 – 31/8/2022.
· “Artificial intelligent orthodontic
system”, PI, ITS/411/17FX, HK$506,
000, 1/7/2019 – 30/5/2020.
· “Offline programming for robotic
manufacturing”, PI, ITS/141/18FX,
HK$3,376, 000, 11/2018 – 30/11/2020.
· “Automatic five-axis sweep scanning path planning
system for efficient inspection of freeform surfaces”, PI, RGC-GRF/16205617, HK$443,950, 01/09/2017 – 31/08/ 2020.
· “Time-optimal five-axis machining
system based on machine-dependent potential field”, PI, RGC-GRF/16209714, HK$500,000, 01/09/ 2014 – 31/08/ 2017.
· “Optimized toolpaths for 5-axis
finishing operation of freeform surface parts”, PI, ITS/138/13FX, HK$2,000,000, Feb. 1, 2014 – Jan. 31, 2016.
· “Efficient 5-axis CNC adaptive
machining and measurement of hollow blisk blades", PI, ITF
GHP/057/12, HK$5,500,000, 01/06/2013 - 31/09/2015.
· “A comprehensive study of global
collision avoidance for setup optimization and tool path generation in
five-axis machining", PI, RGC-GRF/619212, HK$500,000, 01/09/2012 -
31/08/2015.
·
“5-axis tool path generation from the perspective of minimizing the
dynamic loading on the machine’s rotary axes and local gouging", PI,
RGC-GRF/620409, HK$733,000, 01/09/2009 - 31/08/2011.
·
“A New MRG Algorithm for 3D Shape Matching", PI,
RGC07/08 EG.620307, HK$382,000, 01/09/2007 - 31/08/2009.
·
“A unified tool path planning algorithm for 5-axis
sculptured surface machining based on variational energy minimization", PI,
RGC05/06.EG.620105, HK$360,000, 01/09/2005 - 31/08/2007.
·
“Optimal boundary triangulation of an interpolating
ruled surface", PI, HKUST DAG04/05.EG.36, HK$69,000, 01/01/2005 -
31/12/2005.
·
“Next generation online multimedia collaboration
system", PI, HK ITF WebEx Project UIM103, HK$14,000,000, 01/12/2004
- 30/11/2006.
·
“Design of a reliable interlocking system for the
landing gates of material hoists", PI, HK OSHC Research Grant
CM/4R/2004-01, HK$290,000, 01/07/2004 - 30/06/2005.
·
“A geometric method for determining intersection
relations in the plane and its applications", PI, HKUST
DAG02/03.EG.33, HK$67,150, 01/02/2003 - 31/01/2004.
·
“Optimal loop connection in laminated object manufacturing", PI,
HKUST DAG01/02.EG.10, HK$100,000, 15/12/2001 - 14/12/2002.
Total amount of research funding as sole PI: HK$51M
GRADUATE STUDENTS
Current:
Chen, Yuanzhi (PhD)
Wang, Yihe (PhD)
Zhang, Wenze (PhD)
Wang, Yichen (PhD)
Gao, Yang (PhD)
Liu, Rui (PhD)
Lin, Yehong (PhD)
Graduated:
JIA, Jinyuan (PhD)
WANG, Nan (PhD)
CHEN, Zhanqing (PhD)
CHEN, Ming (PhD)
HU, Pengcheng (PhD)
Quan, Lulin (PhD)
XU, Ke (PhD)
Ni, Feng (PhD)
Dada, Oluwaseun John (PhD)
Zhang, Rong (PhD)
Jing, Bichen (PhD)
Lai, Yuen Hoo (PhD)
Chen, Li (PhD)
CHEN, Lufeng (PhD)
YAN, Qianhang (PhD)
WANG, Jiarui (PhD)
Cai, Xin (PhD)
LI, Yamin (PhD)
LI, Zhaoyu (PhD)
XIE, Fubao (PhD)
Kwing Fung, Wong (PhD)
He, Dong (PhD)
Wang, Xiangyu (PhD)
Lau, Francis (PhD)
Deng, Xiaoke (PhD)
Hao, Jiancheng (PhD)
Bi, Danjie (PhD)
YEUNG, Brian (MPhil)
CHEN, Hao (MPhil)
CHEN, Kun (MPhil)
ZHOU, Zi (MPhil)
CHUNG, Man Fai (MPhil)
LAU, Tak Yu (MPhil)
Ji, Guosheng (MPhil)
Shing Chun YU (MPhil)
Xu, Pengda (MPhil)
Ding, Yuzhu (MPhil)
Now and then, here and there, I
occasionally write something, not on PDE, not on geometry, just some
instantaneous thoughts on life, the world peace, love, etc. My dream since
child is to be a writer, well, perhaps in my second life.
I like to sing, and wish I had some
formal vocal training. These songs are recorded by a MP3 player using a
HK$80 microphone. Drop me a line if you feel they are not too annoying.
Very
often, when I read an article, I can't help but want to take off my hat and
salute to the author and say "THANK YOU!". These are some collections
and I hope they will enrich my and your lives.