Name:Yinfang Jiang
Professor
Address:Room B605 School of Mechanical Engineering
Phone:(86)13914567669
Fax:(86)0511－88799151
E-mail:13914567669@163.com,infront@ujs.edu.cn
Education
2006-2016 Ph.D, Mechanical Manufacturing, Jiangsu University, China
2000-2004 Master, Mechanical Manufacturing, Jiangsu University, China
1980-1984 Bachelor, Casting process and equipment, Jiangsu Institute of Technology, China
Professional Experience
2006- Director and Professor of Research Institute of Modern Manufacturing Engineering
2004-2014 Deputy Director of Department of Mechanical Manufacturing
1999-2006 Associate Professor, Jiangsu University, China
2003-2004 Director of teaching and research metalworking department of industrial center, Jiangsu University, China
1984-1999 Lecturer,Jiangsu University of Technology, China
Social academic post
Vice chairman(first class) of Jiangsu Foundry Society
Director(first class) of Jiangsu Institute of Mechanical Engineering
Executive director of Die Casting Special Committee of Jiangsu Institute of Mechanical Engineering
Research interests
1.Multi-mode guided wave diagnostic instrument of industrial pipe. Pipelines work commonly in a poor condition, prone to fatigue damage, corrosion or even leakage caused by pipeline defects.China's various pipes are very long while the efficiency of corresponding non-destructive testing technology detection is particularly low and detection distance is short.This project uses the ultrasonic guided wave whose propagation will change if it meet defect in the pipeline to achieve the monitoring of pipeline health through the collection and analysis of defect echo.
The product of this project mainly includes multi-mode guided wave sensor, computer software, sensor and fixture. The technology of this project mainly includes incentive multi-mode guided wave technology, composite sensor, array arrangement technology, feature database and neural network defect Signal analysis system.
This product could complete the assessment and positioning of pipeling defects qualitively and quantitatively and a long-distanced, efficiency and precise monitoring of pipelines.
2.Method for manufacturing composite double-metal fracture splitting connecting rod.The present invention provides a method for manufacturing a composite double-metal fracture splitting connecting rod,comprising the steps of: providing a moveable spacer at a large end of a mold cavity of a connecting rod,to divide the mold into two separate parts; casting a connecting rod body and a connecting rod cap with material for the main body of the connecting rod; removing the spacer from the mold cavity when the majority of material is solidified, then injecting material for a fracture splitting region into an empty mold cavity obtained after the removal of the spacer, and metallurgically bonding the two types of material to form a composite double-metal casting; then, separating the connecting rod body from the connecting rod cap by a fracture splitting apparatus along preset fracture surfaces.
3.Composite strengthening and crack prevention of structure in fatigue key parts.The small holes, rounded corners, steps, troughs, etc.,are always in the stress concentration area of the key components, such as small holes, fillets, impellers, gears, bearings, connecting rods, camshafts, crankshafts, rockers and other fatigue key structural parts, which could be prone to the crack caused by fatigue and stress erosion, affecting directly the life and reliability of key structural components.These problems are also urgent to be solved in the field of maintenance of civil and military components such as the repair of blades.
The project uses laser shock, electromagnetic pulse, magnetostrictive, mechanical shot peening, laser cladding, laser welding and other technology to significantly improve the fatigue life of small holes, fillet, step, groove and other key components.
4.
Teaching Courses
1.Procedure of production process
2.Engineering materials and molding
3.Engineering materials and basis of manufacturing
4.Production process of mechanical machining
5.Forming technology and performance of advanced sheet metal
Honors and Awards
1.“New Forming Technology and Equipment of Body Panels”, The Second-class Award of the Science and Technology Progress of China Machinery Industry, 2007.
2.“Research and Application of Advanced Forming Technology in Manufacturing Complex Body Panels”, The Second-class Award of the Science and Technology Progress of Jiangsu Province, 2006.
3.“Research and Application of Ultrafine Organization Control Technology for Vanadium Micro-alloyed Steel”, The Second-class Award of the Science and Technology Progress of China Machinery Industry, 2009.
4.“Non-traditional Manufacturing Technology Based on Strong Laser Shock Wave Effect and Its Engineering Application”, The First-class Award of the Science and Technology Progress of China Machinery Industry, 2013.
5.“Key Components Laser Non-traditional Manufacturing Controlled Controlled Technology”, The First-class Award of the Science and Technology Progress of Jiangsu Province, 2013.
6.“High-speed Reproduced Equipment System Integration and R & D and Industrialization”,The First-class Award of the Science and Technology Bureau of Zhenjiang City, 2015.
7.“Research and development of Multi-mode guided wave diagnostic instrument of pipe ” , The Third-class Award of the Science and Technology Progress of Petrochemical Association, 2015.
8.“Zhenjiang branch of institute of special equipment safety supervision of Jiangsu province” , The excellent graduate workstation, 2014.
9. advanced worker in the field of Die-casting, 2013.
10. advanced worker in the field of casting, 2013.
Main Research Projects
1.Study on the Limit Chart of Forming of High Strain Rate Sheet Metal under Laser-induced Shock Wave, Programme from Science Foundation of Jiangsu Province, 2009-2012.
2.Forming of High Strain Rate Sheet Metal under Hollow Laser-induced shock wave and Limit Criterion, Programme from National Science Foundation, 2011-2013.
3.Internal Combustion Engine Connecting Rod with High Strength and High Wear-Resistance made of Rare Earth Aluminum Alloy, Programme from Technological Innovation of National Small and Medium - sized Technological Enterprises, 2008-2010.
4.718Project:Study on Application of Laser Strengthening in Key Parts of Structure and Fatigue, Programme from Aviation Industry Corporation of China, 2012-2013.
5.Study on Application of Fatigue Gain under Laser Shock Strengthening, Programme from Chengdu Aircraft Industrial (Group) Co., Ltd, 2012-2013.
6.Key Technology of Design and Manufacture of Floating Traction Platform at Sea, Programme from DINSHENG Heavy Industry Co., Ltd, 2012-2014.
7.Multi - mode Ultrasonic Guided Wave Detection Technique and Diagnostic Instrument Based on Genetic Algorithm for Random Theory, Programme fromZhenjiang branch of institute of special equipment safety supervision of Jiangsu province, 2011-2013.
8.Research on Key Technology of Motor Body Manufacturing (Including Production and Research), Programme from ChengHui Machinery Co., Ltd, 2012-2014.
9.Study and Experiment on Laser Strengthening of Material Surface Area, Programme from State Commission of Science and Technology for National Defense Industry, 2013-2015.
10.R&D and Industrialization of Key Technology in System Integration of High - Efficiency Floating Traction Equipment at Sea, Programme from Technology Bureau of Jiangsu Province, 2014-2016.
Main Scientific Publications
1. Yinfang Jiang,Yu Huang, Hua Jin, Yongyu Gu, Aiguo Ren, Liwei Huang, Xiaoming Qian.Research on precision control of sheet metal forming by laser shock waves with semi-die, Optics & Laser Technology, Volume 45, February 2013, Pages 598–604.
2. Jiang, Yinfang,Fang, Lei,Li, Zhifei,Tang, Zhenzhou. Formability window of Tailor Rolled Blanks at blank-holder force. Advanced Materials Research, v 156-157, p 488-491, 2011, Advanced Manufacturing Technology.
3. Jiang, Yinfang;Wang, Fei; Zhu, Yuanyou; Gu, Yongyu; Lai, Yanling.Study on forming characteristics of metal sheet by laser shock in oblique angle.Key Engineering Materials, v 431-432, p 429-433, 2010, Machining and Advanced Manufacturing Technology X.
4. Jiang, Yinfang;Tang, Zhenzhou; Li, Zhifei; Fang, Lei.Research on the forming limit diagram based on laser shock forming,Applied Mechanics and Materials, v 44-47, p 148-152, 2011, Frontiers of Manufacturing and Design Science.
5. Jiang, Yinfang;Li, Zhifei;Tang, Zhenzhou;Fang, Lei.Study on the drawing and trimming springback characteristics of hyperboloid shallow shell of tailor welded blanks,Key Engineering Materials, v 464, p 438-442, 2011, Functional Manufacturing Technologies and Ceeusro II.
6. Jiang, Yinfang;Lai, Yanling;Zhang, Lei;Tang, Zhenzhou;Li, Zhifei. nvestigation of residual stress hole on a metal surface by laser shock, Zhongguo Jiguang/Chinese Journal of Lasers, v 37, n 8, p 2073-2079, August 2010.
7. Jiang, Yinfang;Li, Zhifei;Tang, Zhenzhou;Fang, Lei.Study on the drawing and trimming springback characteristics of cylinder shallow shell of tailor welded blanks, Applied Mechanics and Materials, v 44-47, p 143-147, 2011, Frontiers of Manufacturing and Design Science.
8. Jiang, Yinfang;He, Xiancong;Huang, Yu;Zhang, Jianwen;Li, Zhifei.Investigated on fatigue properties of aluminum ally 7050T7451 with Fastener Holes by laser shock processing, Advanced Materials Research, v 460, p 407-410, 2012, Advanced Materials and Its Application, AMA2012.
9. Jiang, Yinfang;He, Yi;He, Yuzhong;Qian, Xiaoming;Huang, Yu.Analysis and optimization on the gating system of aluminum alloy piston in casting, Applied Mechanics and Materials, v 80-81, p 32-35, 2011, Information Engineering for Mechanics and Materials.
10. Jiang, Yinfang;He, Yi;Lai, Yanling.Research on the converse design of aluminum alloy connecting-rod slab based on casting-forging coordinates process, Applied Mechanics and Materials, v 44-47, p 153-157, 2011, Frontiers of Manufacturing and Design Science.
11. Jiang, Yinfang;Huang, Qin;Guo, Zhenning;He, Yuzhong;Zhang, Jianwen.Research on the combination degree between nylon and insert in the pipe wrench,Applied Mechanics and Materials, v 80-81, p 346-349, 2011, Information Engineering for Mechanics and Materials
12. Jiang, Yinfang;Tang, Zhenzhou;Fang, Lei;Li, Zhifei.The effect of process parameters on strain rates in laser shock forming, Key Engineering Materials, v 464, p 572-575, 2011, Functional Manufacturing Technologies and Ceeusro II.
13. Jiang, Yinfang;Yuan, Guoding;Yang, Jichang;Wang, Jianmin;Zhu, Yuanyou.Springback in the bending of tailor welded blanks in theory and experiment. Jixie Gongcheng Xuebao/Chinese Journal of Mechanical Engineering, v 41, n 12, p 200-204, December 2005.
14. Jiang, Yinfang;Ding, Xinli;Yuan, Guoding;Wang, Youhua.Investigation of draw-trimming springback of laser tailor-welded blanks, Jixie Gongcheng Xuebao/Chinese Journal of Mechanical Engineering, v 44, n 12, p 203-207, December 2008.
15. Jiang, Yinfang;Zhang, Yongkang;Zhu, Yuanyou;Li, Luna;Wang, Jianmin.Investigation of springback control and movement of welding seam of tailor-welded blanks in forming with blank holder force,Hanjie Xuebao/Transactions of the China Welding Institution, v 29, n 1, p 31-34+39, January 2008.
16. Jiang, Yinfang;Wang, Jianmin;Yang, Jichang;Zhu, Yuanyou.Analysis of weld line movement in forming of tailor welded blanks, Nongye Jixie Xuebao/Transactions of the Chinese Society of Agricultural Machinery, v 36, n 12, p 138-141+147, December 2005.
17. Jiang, Yinfang;Ding, Xinli;Zhu, Yuanyou;Yuan, Guoding;Wang, Fei.Forming optimization of variable blank holder force on the strain path for laser tailor welded blanks square box, Zhongguo Jixie Gongcheng/China Mechanical Engineering, v 19, n 17, p 2118-2121, September 2008 Language: Chinese.
18. Jiang, Yin Fang;Fang, Lei;Li, Zhi Fei;Tang, Zhen Zhou.Effects of sheet thickness on residual stress distribution by laser shock processing of 7050-T7451 aluminum alloy, Advanced Materials Research, v 189-193, p 3778-3781, 2011, Manufacturing Process Technology.
19. Jiang, Yin Fang;Li, Zhi Fei;Zhang, Jian Wen;Fang, Lei.Investigated on residual stress field of aluminum alloy 7050T7451 with Fastener Holes by laser shock processing, Advanced Materials Research, v 189-193, p 3755-3758, 2011, Manufacturing Process Technology.
20. Jiang, Yin-Fang;Fang, Lei;Li, Zhi-Fei;Tang, Zhen-Zhoud.Study on the formability of square box deep drawing of tailor rolling blanksKey Engineering Materials, v 464, p 469-473, 2011, Functional Manufacturing Technologies and Ceeusro II.
21. Jiang, Yin Fang;Guo, Zhen Ning;Yan, Yong Qi;Huang, Qin.Study on inside and outside circumferential defects of pipes and ultrasonic guided wave,Advanced Materials Research, v 460, p 411-414, 2012, Advanced Materials and Its Application, AMA2012.
22. Jiang, Yin-Fang;Du, Zhi-Wei;Yuan, Guo-Ding;Zhu, Yuan-You;Li, Lu-Na.Analysis of forming of tailor welded blanks square box based on strain path, Suxing Gongcheng Xuebao/Journal of Plasticity Engineering, v 15, n 3, p 18-23, June 2008.
23. Jiang, Yin-Fang;Zhu, Yuan-You;Yang, Ji-Chang;Wang, Jian-Min;Yuan, Guo-Ding.Investigation of the forming of tailor welded blanks and the mechanism of weld line movement, Suxing Gongcheng Xuebao/Journal of Plasticity Engineering, v 12, n SUPPL., p 123-128, July 2005.
24. Jiang, Yin-Fang;Li, Lu-Na;Wang, Jian-Min;Zhu, Yuan-You.Effect of blank holding force on springback in U-shape bending of tailor-welded blanks, Jiangsu Daxue Xuebao (Ziran Kexue Ban) / Journal of Jiangsu University (Natural Science Edition), v 28, n 5, p 397-400, September 2007
25. Qian,Xiaoming;Jiang,Yinfang;Zhang, Yongkang;Guan, Haibing;Zhang, Lei.Laser peening intensity characterization of 7050 aluminum alloy, Hongwai yu Jiguang Gongcheng/Infrared and Laser Engineering, v 41, n 3, p 660-664, March 2012.
Patents
1.Wen-fan Jiang,Yin-fang Jiang.Method for manufacturing composite double-metal fracture splitting connecting rod. PCT Patent,2017 JUL, No.: US9695866 B2.
2.Yin-fang Jiang.A method and device for laser impact strengthening of fastening holes. Invention Patent, 2010 Fer, No.201010510712.X (Authorized by China Patent Bureau, May 02, 2012).
3.Yin-fang Jiang,Yong-kang Zhang,Hong-bingYao,Yun-xia Ye,Xu-dongRen, Zhao-yang Shi.A method and apparatus for double-sided precision forming of sheet metal based on laser shock wave effect. Invention Patent, 2008 Mar., No.200810019757.X (Authorized by China Patent Bureau, Mon 05, 2011).
4.Yin-fang Jiang,Yong-kang Zhang, Fei Wang, Jin-zhong Lu, Yong-yu Gu, Yong-liang Wang, Zhao-yang Zhang, Chao-jun Yang, Xiao-ming Qian.A method and device for strengthening the surface of composite impact material. Invention Patent, 2009 May., No. 200910027130.3 (Authorized by China Patent Bureau, Jun 01, 2011).
5.Yin-fang Jiang,Xiao-ming Qian.A Method and Device for Dynamic Tensile Test of Ring Laser Shock. Invention Patent, 2010 Feb., No. 201010603795.7 (Authorized by China Patent Bureau, Jul 16, 2012).
6.Yin-fang Jiang,Zhen-zhou Tang, Yong-kang Zhang, Hong-yu Wang, Lei Fang, Zhi-fei Li, Ai-guo Ren, Xiao-ming Qian, Jian You, Lei Zhang, Hai-bing Guan, Jin-zhong Lu, Yong-yu Gu.The method and data acquisition device of laser impact sheet forming limit diagram. Invention Patent, 2009 Dec., No.200910264808.X (Authorized by China Patent Bureau, May 02, 2012).
7.Yin-fang Jiang,Kuang Tong, Qiao-zhen Liu, Guang-de Wang. A Compensation Mooring System of Floating Traction Platform at Sea. Invention Patent, 2016Oct, No.201621134271.7.
8.Yin-fang Jiang,Jun-kang Qian, Wen-fan Jiang, Ke-wei Wang. Investment casting method for double-metal composite splitting connection rod. Invention Patent, 2015Oct, No.201510660790:A.
9.Yin-fang Jiang,Wen-fan Jiang, Xiang-bao Meng, Shan-xin Xu. Extrusion casting method for wrought aluminum alloy lampshade. Invention Patent, 2015Oct, No.201510661863:A.
10.Yin-fang Jiang,Sheng-nong Jin, Ling-yun Pan, Guang-de Wang, Shengjie-Ji. Device is scraped to major diameter plane precision finishing. Invention Patent, 2015Mar, No.201520188883:U.
11.Yin-fang Jiang,Sheng-jie Ji, Zhen Liu, Juan Li. Five-rod fluid feeding machine double-pony ladle mechanical arm. Invention Patent ,2014Apr, No.201410144220:A.
12.Yin-fang Jiang,Hua-jie Guo, Wen-fan Jiang, You-qi Yan. Magnetostrictive rod driven micro pump. Invention Patent, 2013Nov, No.201320722811:U.
13.Yin-fang Jiang,Wen-fan Jiang, Juan Li, Yu Pan, Relative laser shock strength characterization method. Invention Patent, 2013Dec, NO.201310737194:A.
14.Yin-fang Jiang,Wei Zhang, Ya-chun Dai, Wen-fan Jiang, Lan-wei Chen, Hua-jie Guo. Ultrasonic based method and ultrasonic based device for reinforcing a small hole. Invention Patent, 2013Dec, No.201310738204:A.
15.Yin-fang Jiang,Sheng-jie Ji, Zhen Liu, Juan Li. Novel double-pouring ladle mechanical arm for gravity casting fluid feeding machine. Invention Patent, 2014Apr, No.201410143804:A.
16.Yin-fang Jiang,Hua-jie Guo, Wen-fan Jiang, Qin Yan, Wei Zhang, You-qi Yan. Magnetostriction type dual-cavity membrane type micropump. Invention Patent, 2013Nov, No.201310570994:A.
17.Yin-fang Jiang,Kun Long, Wen-fan Jiang. Preparation method of high-conductivity aluminum alloy. Invention Patent, 2013May, No.201310203316:A.
18.Yin-fang Jiang,Li-wei Huang, Xiao-jun Wang, Yun Wang, Jun-li Wang. Positioning device for processing bracket. Invention Pateng, 2013Apr, No.201320155703:U.
19.Yin-fang Jiang,Hua Jin, Lu-you Yue, Wen-fan Jiang, Jian-min Wang. Laser impact method and device for controlling thickness of liquid restraint layer. Invention Patent, 2012Dec, No.201210581054:A.
20.Yin-famg Jiang,Kun Long, Wen-fan Jiang, Pen Wan. Manufacturing method for steel cracking connecting rod. Invention Patent, 2013Apr, No.201210586143:A.
21.Yin-fang Jiang,Lan-wei Chen, Ya-chun Dai, Wen-fan Jiang, You-qi Yan, Shu-yuan Gao. Pipeline defect signal identification method based on guided wave. Invention Patent, 2012Dec, No.201210585722:A.
22.Yin-fang Jiang,Hua Jin, Bao Ding, Zhi-jun Chen, Chun-hui Wang, Yu Huang, Li-wei Huang. Method for machining small hole in carbon fiber composite material by annular pulse laser. Invention Patent, 2012Dec, No.201210585088:A.
23.Yin-fang Jiang,Yan Zhao, Jian-min Wang, Wen-fan Jiang. Small hole strengthening method with combination of laser shock and micro-arc oxidation. Invention Patent, 2012Dec, No.201210581973:A.
24.Yin-fang Jiang,Kun Long, Zhen Liu, Peng Wan. Composite thermometal connecting rod casting mould. Invention Patent, 2012Apr, No.201220160531:U.
25.Yin-fang Jiang,Long Kun, Wen-fan Jiang, Ya-chun Dai. Antigravity squeeze casting device of aluminum alloy connecting rod and manufacture method. Invention Patent, 2012Apr ,No.201210111189:A.
26.Yin-fang Jiang,Long Kun, He Yi, Jun Yuan, Wei-huang Li, Huang Yu, Zhen-ning Guo. Manufacturing method of splitting-type connecting rod. Invention Patent, 2012Apr, No.201210111187:A.
27.Yin-fang Jiang,Zhen-ning Guo, Wen-fan Jiang, Yong-kang Zhang, Yu Huang, Kun Long, Ran Jing. Pipeline detection method and device through exciting axial guided waves by utilizing annular laser. Invention Patent, 2011Nov, No.201110364358:A.
28.Yin-fang Jiang,Li-wei Huang, Yong-kang Zhang, Yu Huang, Ran Jing, Jian-wen Zhang. Micro-porous member strengthening method for hollow laser-induced shock wave. Invention Patent, 2011Dec, No.201110364371:A.
29.Yin-fang Jiang,Zhen-ning Guo, Yu Huang. Laser ultrasonic thickness measuring method and laser ultrasonic thickness measuring device capable of being used for field detection. Invention Patent, 2011Dec, No.201110364359:A.
30.Yin-fang Jiang,Yu Huang, Qin-lai Zhang, Yong-kang Zhang, Wen-fan Jiang, Bao Ding. Laser impact warm forming method with uniform heat and constant pressure functions and device. Invention Patent, 2011Dec, No.201110448739:A.
31.Yin-fang Jiang,Qun-li Zhou, Jian-min Wang, Qing-lai Zhang, Meng-lei Zhang, Wen-fan Jiang, Hui-jie Cui, Ke-sheng Chen. Laser-propelling-based method and laser-propelling-based device for producing sheet shock forming limit diagram. Invention Patent, 2011Nov, No.201110448752:A.
32.Yin-fang Jiang,Yu Huang, Ran Jing, Yong-kang Zhou, Qing-lai Zhang, Li-wei Huang, Zhen-ning Guo, Wen-fan Jiang.Reinforcement method for small hole. Invention Patent, 2011Dec, No.201110448751:A.
33.Yin-fang Jiang,Li-wei Huang, Yong-kang Zhang, Gui-lin Ding, Yun-xia Ye, Tian-yu Yu, Yu Huang, Wen-fan Jiang. Method and device for adjusting internal/external diameters of hollow beams. Invention Patent, 2011Dec, No.201110448695:A.
Plan for Overseas Master & Ph. D
One Master & Ph. D
