1. Cai Zhipeng, Wu Su, Lu Anli, Zhao Haiyan, Shi Qingyu*,Line Gauss heat source model: An efficient approach for numerical welding simulation, Science and Technology of Welding and Joining, 2001, Vol.6, No.2 (SCI cited)
2. Wu Su, Lu anli, Zhao Haiyan, Micromechanism of residual stress reduction by low frequency alternating magnetic field treatment, Materials Science and Engineering A , A328, 2002 (SCI cited)
3. Wu Su, Lu Anli, Zhao Haiyan, A Micro-mechanism model of residual stress reduction by low frequency alternating field treatment, Journal of Materials Processing Tech., vol. 132/1-3 pp198 – 202,2002 (SCI cited)
4. Zhao Haiyan, Wu Su, et al, Numerical Simulation of Weld Metal Filling and Multi-layer welding in Fillet Welds,6th international seminar on numerical analysis of weldability, Austria, Oct. 1-3, 2001
5. Wu Su,Lu Anli, Zhang Wenxue, Microwave Joining of silicon nitride with different interlayers, Journal of Fire Sciences, Vol.13, No.4, Jul., 1995
6. Lu Anli, Cai Zhipeng, Zhao, Haiyan, Wu Su, New Heat Source Models for Numerical Simulation of Welding Process: Segmented Gauss Model and Segmented String Model,6th International Seminar ‘Numerical Analysis of Weldability’, Oct.,1-3, 2001, Graz , Austria
7. Shi Qingyu, Lu Anli, Zhao, Haiyan, Wu Su Numerical simulation of affection of pre-contacted force to welding residual stresses in welded generator rotor”, Numerical analysis of weldability, Graz-Seggau, 4-6 Oct. 1999
8. Lu Anli, Zhao Haiyan, Wu Su, Net-worked Manufacturing Application Service Provider, International Forum on Network Design & Manufacture, Oct.,18-19, 2000, Hangzhou, China
9. 王煜,赵海燕,吴 甦,张建强, 刘点兵高能束焊接双椭球热源模型参数的确定,焊接学报, accepted
10. Haiyan Zhao, Su Wu, Aiping Wu. Numerical simulation of weld metal filling and multi-layer welding in fillet welds, Material modeling of weld phenomena 6, 2002.
11. 张建强,吴甦,赵海燕,王煜,鹿安理等,10Cr9Mo1VNbN/12Cr1MoV异种钢焊接接头的蠕变损伤界面失效研究, 焊接学报,23(2):75~79
12. 张建强,吴甦,赵海燕 鹿安理等.马氏体/贝氏体异种耐热钢焊接接头的力学性能及界面失效, 机械工程学报,39(1)
13. 吴甦,赵海燕,鹿安理等,磁处理降低钢中残余应力的微观机理模型,清华大学学报(自然科学版), J Tsinghua University (Sci.&Tech.), 2002, Vol.42, No.2
14.吴甦,赵海燕,鹿安理,方慧珍,低频交变磁处理降低钢材内应力的微观机理,焊接学报,2002, vol.23, No.1
15.白向钰*,吴甦,鹿安理等,新型加工陶瓷材料的微波加热系统,微波学报,第5卷,第二期,1999
16.白向钰*,吴甦,鹿安理等,陶瓷材料微波加工用高均匀度多模谐振腔的研究,清华大学学报,第38卷,第2期,1998
17.微波加热实现陶瓷材料同时烧结与连接的研究,航空材料学报,Vol.18, No.4, 1998
18. Microwave Joining of silicon nitride with different inter-layers, Journal of Fire Sciences, Vol.13, No.4, Jul.,199
19.陶瓷材料的微波烧结机理初探,航空材料学报,Vol.16, No.4, 1996.4
20.Numerical Analysis of Microwave heating in a Single Mode Cavity, China Welding, Vol.4, No.2, 1997
21.氧化物陶瓷的微波烧结,航空材料学报,Vol.2,No.2, 1995
22.陶瓷材料微波加工用高场强单模谐振腔的研究,应用基础与工程科学学报,第6卷,第1期,1998
23.Microwave Joining of Silicon Nitride, "China Welding",vol.2,Dec.,1993
24.用不同中间层微波连接氮化硅陶瓷,"中国机械工程”,vol.2,1994
25.微波新技术在氮化硅陶瓷连接中的应用,"宇航精密制造技术",Vol.1,1994
26.ZTA陶瓷的微波烧结,"硅酸盐学报",Vol.23, No.1,1995
27.Influence of machine characteristics in resistance spot welding, International sheet metal welding conference IX in Detroit, Michigan, USA, October 18-20, 2000
28.Application of Microwave Technology to the Joining of advanced ceramics, Dalian,1994.9,Pre-assembly symposium of IIW Annual meeting
29.异种陶瓷材料微波连接的研究,中国机械工程,1999.4,Vol.10
30.A study on fatigue crack closure behavior of two kinds of steels for industrial machinery,北京第二届国际焊接学术会议论文集,8-10,1991.5
31.TIG重熔工艺对焊接接头疲劳强度的改善,1991年北京第六届焊接学术会议优秀论文
32.两种工程机械用钢中疲劳裂纹闭合规律的研究,第六届全国焊接学术会议论文选集,5-125,1990
33.TIG重熔工艺及其对角焊接头疲劳强度的改善,“清华大学学报”,vol.30,1990.5
34. 焊接残余应力对裂纹闭合与疲劳裂纹扩展速率的影响第五届全国断裂会议论文集,828~836
35.金属焊接性研究的发展趋势,第八届全国焊接年会论文集,1997.10
36.蔡志鹏*,赵海燕,吴甦,鹿安理,史清宇*,串热源模型及其在焊接数值模拟中的应用, 机械工程学报, 2001.4, Vol.37,No.4, 25-28
37.赵海燕,史耀武,鹿安理,吴甦,用有限元方法分析焊接变压器的三维磁场,机械工程学报,vol 37, No.2, 2001年2月
38.史清宇*,赵海燕,鹿安理,吴苏, 焊接过程数值分析中焊缝区域材料高温性能的影响,第三届‘计算机在焊接中的应用技术交流会’论文集,2000年11月,上海
39.徐军*,吴甦 赵海燕 蔡志鹏,基于简化模型采用有限元方法计算特大型梁结构的焊接变形,焊接技术, vol.3, June, 2001
40.焊接结构CAE中数值模拟技术的实现”,中国机械工程, vol.11, No.7, 2000年7月, 732-734
41.赵海燕,鹿安理,蔡志鹏*,吴甦, 焊接过程数值分析中的分段移动热源, 第三届‘计算机在焊接中的应用技术交流会’论文集,2000年11月,上海
42. Su. Wu*, Yu Wang, Haiyan. Zhao, Application of segmented bi-ellipsoid heat source model in numerical simulation of electron beam welding, Journal of Materials Processing Technology (accepted) |
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