1993- 清华大学机械工程系（现材料学院），讲师、副教授（1996）、教授（2004）
1995-1997 日本东北大学材料加工学科，客员研究员
1. 铸造、锻造宏/微观模拟软件研究开发与工程应用，“高档数控机床与基础制造装备”科技重大专项课题 ( 2009ZX04014-082)，
2009.3-2010.12
2. 镁合金精确铸造成形组织性能模拟，国家973项目（2006CB605208），2006.09- 2011.08
3. 先进成形制造过程多尺度数字仿真与优化，国家973项目（2005CB724105），2005.12- 2010.12
4. 铝合金铸件机械性能模拟研究，国家自然科学基金项目(50005011)，2001.01- 2003.12
5. 支持产品创新的先进制造技术中的若干基础研究，国家自然科学基金重大项目( 59990470)，1999.10-
2002.12
6. 金属材料热成形过程的动态模拟及组织性能的优化控制，国家攀登计划预选项目，1997.10- 2000.12
主要出版物：
1. 柳百成, 荆涛等，《铸造工程的模拟仿真与质量控制》，机械工业出版社，2000年10月
2.
荆涛，《凝固过程数值模拟》，电子工业出版社，2002年5月
3. Sansan Shuai,Enyu Guo, Tao Jing, Peter D.
Lee, Fast synchrotron X-ray tomography quantification of the dendritic evolution
during the solidification of Mg-Sn alloys, Acta Materialia 10/2016;
118:260-269.
4. Zhou Wenqian, Zhu Kai, Jing Tao, Hou Hongliang, Xu
Yanjin，“Microstructure and fracture behavior of Ti-aluminides reinforced Ti
matrix laminates”，The 2nd International Conference on Advanced Materials,
Mechanics and Structural Engineering（AMMSE 2015）, Je-Ju Island, Korea, September
18 - 20, 2015: 219-224.
5. Qi-Wei Zheng, Tao Jing, Hong-biao Dong, “Modelling
of Secondary Dendrite Arms Evolution during Solidification by a Phase-field
Method”, Materials Today: Proceedings of the joint 3rd UK-China Steel Research
Forum & 15th Chinese Materials Association-UK on Materials Science and
Engineering, March 2015, (Materials Today: Proceedings 2S ( 2015 ) S466
–S473).
6. En-YuGuo, Ming-YueWang, Tao Jing and Nikhilesh
Chawla，“Temperature-dependent mechanical properties of an austenitic-ferritic
stainless steel studied by in situ tensile loading in a scanning electron
microscope (SEM)”，Materials Science and Engineering A 580（2013）159-168.
7.
Wuyang, Jingtao, “Evaluate Temperature Distribution of LPDC Wheel Hub by Using
Douglas ADI”, International Conference on Advanced Technology of Design and
Manufacturing（ATDM2011）, November 3-5, Changzhou, China
8. Wang mingyue, Jing
Tao and Liu Baicheng, Phase-field simulation of dendrite morphologies and
selected evolution of primary α-Mg phases during the solidification of Mg-rich
Mg-Al-based alloys, Scripta Materialia, Volume 61, Issue 8, October 2009, Pages
777-780.
9. 缪家明，荆涛，柳百成, “镁合金枝晶形貌的相场方法模拟”，《金属学报》，2008.Vol.44,
No.4,pp483-488
10. 朱圣焱，荆涛,“摇枕与侧架铸件的热裂纹数值模拟研究”, 《中国铸造装备与技术》, 2008
No.2，p28-31
11. 张辉，万柳军，荆涛，“汽车轮毂低压铸造凝固过程模拟研究”，《特种铸造及有色合金》，2006 Vol26,
No.7,p409-411
12. 万柳军, 张辉，荆涛，“低压铸造汽车轮毂充型过程数值模拟研究”，《热加工工艺》，2005,
No.12,p27-29
13. 赵红兆, 荆涛，柳百成, “铝合金三维枝晶生长相场模拟”，《金属学报》，2005.Vol.41,
No.5,pp491-495
14. REN Yu-Fu, JING Tao, XIONG Shou-Mei,“Internet-based
Post-processing Technology For Casting CAE System”, Proceedings of 6th Pacific
Rim International Conference on Modeling of Casting & Solidification
Process, pp 437-444, Auguest 8-11, 2004, Taiwan, China
15. Zhao Daiping, Jing
Tao, Liu Baicheng, “Computer Simulation of 3-Dimensional Dendrite Growth Using
Modified Phase Field Method”, ISIJ International, 2003.Vol.43, No.7,
pp1095-1099
16. 宋永恒，荆涛， “基于Pro－E的三维铸造工艺工装CAD/CAE系统研究”， 《模具工程》, 2001 Vol.9,
p8-12
17. ZHOU Jian, JING Tao，“Integration of CAD/CAE System for Casting
Process Design”， Tsinghua Science and
Technology,2003.Vol.8,No.1,pp117-120
18. X. D. Liu*, T. Jing and B. C. Liu,“
Study on the Web-based Casting CAE System”, 5th Pacific Rim International
Conference on Modeling of Casting & Solidification Process, January 20-23,
2002, Nagoya, Japan(also published by International Journal of Cast Metals
Research, Vol.15, No.4, 2003. p421-425.
19. WANG Xudong, JING Tao,
“Three-Dimensions Simulation of Dendritic Growth Using Phase Field Method”,
Proceedings of 4th Pacific Rim International Conference on Modeling of Casting
& Solidification Process, Seoul, Korea, September 5-8, 1999, p141-146
20.
荆涛, 刘新宇，“并行工程环境下的铸造工艺CAD/CAE系统”， 《特种铸造及有色合金》, 2000 Vol.3, p35-37.
21
.熊伟,荆涛,“铝合金铸件微观组织模拟的研究”，《兵工学报》，2000.Vol.21,No.4,p350-352