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张德远 Deyuan Zhang

作者:       发布: 2015-09-16      来源:

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张德远     Deyuan Zhang

出生年月

19639

籍  贯

吉林省梅河口市

职  称

教授、博士生导师

学  历

工学博士

电  话

010-82317707

新主楼A831

系  别

机械制造及自动化系

职  务

 系主任

电子信箱

zhangdy@buaa.edu.cn

传  真

010-82316603

个人主页

  www.4omlab.cn    

学习经历

1980-1987 原吉林工业大学 机械制造工艺与设备专业 本科、硕士

工作经历

1996-现在 北京航空航天大学 美高梅官网注册开户-澳门mgm手机登录网站 破格为教授 博士生导师 系主任

2002-2003 日本东北大学 未来技术研究中心 江刺正喜研究室 客座教授

1990-1996 北京航空航天大学 美高梅官网注册开户-澳门mgm手机登录网站 博士 副教授

1987-1990 原吉林工业大学 机械制造工艺与设备专业 助教、讲师

研究领域

生物制造与仿生技术:包括生物加工成形、软组织手术加工、仿生结构与界面制造等。

微纳制造与MEMS技术:包括硅/非硅工艺、微传感、微致动、微纳结构等。

振动加工与载能器械技术:包括超声/中频/低频振动切削与强化、微创载能器械等。v

荣誉及奖励

l 2013年,北京航空航天大学第三届“教书育人优秀研究生导师”十佳称号,北航党委研究生工作部。

l 2012年,飞机机翼机身交点孔椭圆超声精加工技术应用研究,国防科技工业科技进步三等奖

l 2012年,飞机机翼机身交点孔椭圆超声精加工技术应用研究,航空工业集团公司科技进步二等奖

l 2011年,北航“共产党员十杰”,中共北京航空航天大学委员会

l 20119月,北京市“教育先锋先进集体”(北京第一),北京市教育工会

l 20101月,火炮身管振动加工工艺技术应用研究,中国兵器工业集团公司科学技术奖励进步奖一等奖。

l 200912月,火炮身管振动加工工艺技术应用研究,国防科学技术进步奖二等奖。

l 20095月,“跨学科研究生”培养模式研究,2008年北京市教育教学成果二等奖。

l 20084月,张德远,北京市教育创新标兵,北京市总工会。

l 200810月,张德远,李雅芹,蔡军,黎向峰,“以微生物细胞为模板的空心金属颗粒的制备方法”,获第六届国际发明展览会金奖

l 20076月,“基于微生物形体的生物约束成形基础研究”,全国百篇优秀博士论文奖指导教师。

l 200612月:张德远,“基于微生物形体的生物约束成形基础研究”,北航校优秀博士论文奖。

l 2006年:张德远,陈志同,季远,姜兴刚,“变参数振动钻削微孔的设备”第16届全国发明展览会金奖,200692124

2001年:张德远,李雅芹,“生物加工纯铜的动力学与热力学研究”, 第六届北京青年优秀科技论文二等奖

开授课程

本科生课:《制造工程基础》、《先进加工技术及装备》

硕士生课:《微纳制造及理论》

博生生课:《科学写作及报告》

教学及科研成果

代表性论文:

2013: (20?244)13-SCI?52

    [1] Chen, Huawei, Rao, Fugang, Shang, Xiaopeng, Zhang, Deyuan, Hagiwara, Ichiro, Biomimetic Drag Reduction Study on Herringbone Riblets of Bird Feather, JOURNAL OF BIONIC ENGINEERING, JUL 2013, 10(3)341-349, SCI- 187VL

    [2] Cai, Jun, Chen, Mingli, Wang, Yu, Pan, Junfeng, Li, Aobo, Zhang, Deyuan, Culture and Motion Analysis of Diatom Bacillaria paradoxa on a Microfluidic Platform, CURRENT MICROBIOLOGY, DEC 2013, 67(6)652-658, SCI- 236QF

    [3] Xu, Yonggang, Yuan, Liming, Cai, Jun, Lv, Jianlu, Zhang, Deyuan, Effects of Particle Sizes on the Electromagnetic Property of Flaky FeSi Composites, ACTA METALLURGICA SINICA-ENGLISH LETTERS, AUG 2013, 26(4)366-372, SCI- 191RC

    [4] Zhang, Deyuan, Yuan, Liming, Lan, Mingming, Hu, Yanyan, Cai, Jun, Zhang, Wenqiang, Li, Haiyang, Electromagnetic properties of core-shell particles by way of electroless Ni-Fe-P alloy plating on flake-shaped diatomite, JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, NOV 2013, 346:48-52, SCI-216UT

    [5] Lan, Mingming, Cai, Jun, Yuan, Liming, Xu, Yonggang, Zhang, Deyuan, Fabrication and electromagnetic properties of soft-core functional particles by way of electroless Ni-Fe-P alloy plating on helical microorganism cells, SURFACE & COATINGS TECHNOLOGY, FEB 15 2013, 216:152-157, SCI-102IG

    [6] Luo Yuehao, Zhang Deyuan, Investigation on fabricating continuous vivid sharkskin surface by bio-replicated rolling method, APPLIED SURFACE SCIENCE, OCT 1 2013, 282:370-375, SCI-190CJ

    [7] Chen, Huawei, Zhang, Xin, Zhang, Deyuan, Pan, Junfeng, Hagiwara, Ichiro, Large-scale equal-proportional amplification bio-replication of shark skin Based on solvent-swelling PDMS, JOURNAL OF APPLIED POLYMER SCIENCE, NOV 15 2013, 130(4)2383-2389, SCI-202VX

    [8] Pan Junfeng, Chen Huawei, Zhang Deyuan, Zhang Xin, Yuan Liming, Li Aobo, Large-scale solvent-swelling-based amplification of microstructured sharkskin, JOURNAL OF MICROMECHANICS AND MICROENGINEERING, JUL 2013, 23(7), SCI-173FK

    [9] Xu, Yonggang, Zhang, Deyuan, Cai, Jun, Yuan, Liming, Zhang, Wenqiang, Microwave absorbing property of silicone rubber composites with added carbonyl iron particles and graphite platelet, JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, FEB 2013, 327:82-86, SCI-039CH

 [10] Zhang Wenqiang, Zhang Deyuan, Cai Jun, Microwave characteristics of low density flaky magnetic particles, JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, APR 2013, 332:15-20, SCI-086KJ

 [11] Wang, Yu, Cai, Jun, Jiang, Yonggang, Jiang, Xinggang, Zhang, Deyuan, Preparation of biosilica structures from frustules of diatoms and their applications: current state and perspectives, Applied Microbiology and Biotechnology, JAN 2013, 97(2)453-460, SCI-072EJ

 [12] Jiang YongGang, Shiono, Syohei, Hamada, Hiroyuki, Fujita, Takayuki, Zhang DeYuan, Maenaka, Kazusuke, Reactive ion etching of poly(vinylidene fluoride-trifluoroethylene) copolymer for flexible piezoelectric devices, CHINESE SCIENCE BULLETIN, JUN 2013, 58(17)2091-2094, SCI-173EV

 [13] Xu, Yonggang, Yuan, Liming, Cai, Jun, Zhang, Deyuan, Smart absorbing property of composites with MWCNTs and carbonyl iron as the filler, JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS, OCT 2013, 343:239-244, SCI-173VK

 [14] Wu Jiliang, Zhang Deyuan, Jiang Xinggang, Lv Jianlu, Single inlet pressure swirl nozzle stationary wave pattern and quality optimization, Advanced Materials Research, 605-607: 143-146, 2013, (2nd International Conference on Materials and Products Manufacturing Technology, ICMPMT 2012), EI

 [15] Chen, Huawei, Li, Youjie, Zhang, Deyuan, Huang, Yijun, Wu, Ruibiao, Dong, Chao, Applied Research of the Microstructure Replication Technology, Advanced Materials Research, 2013, 712-715:1559-1562, (4th International Conference on Manufacturing Science and Engineering, ICMSE 2013), EI

 [16] Han, Fengqi, Li, Zhizun, Zhang, Deyuan, Study on Process Parameters of Low Frequency Torsional vibration Tapping of Difficult to Cut Materials, Advanced Materials Research, 2013, 712-715:719-724, (4th International Conference on Manufacturing Science and Engineering, ICMSE 2013), EI

 [17] 李文 尹礁 吕垒平 徐明刚 张德远, 不分离型超声椭圆振动切削力特性研究, 航空学报,2013, 34(9) 2241-2248,EI

 [18] 张成茂, 张德远, 导套式椭圆超声镗削模拟实验研究, 兵工学报, 2013, 34(4) 465-470EI

 [19] 张文强, 蔡军, 张德远, 基于铁细菌的铁氧体制备及其性能,科学通报, 2013, (4)392-396

 [20] 李文王晓梅徐明刚张德远陈华, 深孔数控变径超声椭圆振动镗削加工方法研究, 兵工学报, 2013, 34(8) 1021-1027

 [21] 张德远、陈华伟、张鑫、梁健宏,军用仿生技术发展趋势,国防科技,201334121-5

2012: (24?224)15-SCI?39

    [1] Zhang Deyuan, Wang Yu, Cai Jun, Pan JunFeng, Jiang Xinggang, Jiang Yonggang, Bio-manufacturing technology based on diatom micro- and nanostructure, Chinese Science Bulletin ,October 2012, 57(30)3836-3849,IF1.319

    [2] Yu Wang, Deyuan Zhang, Jun Cai, Junfeng Pan, Mingli Chen, Aobo Li, Yonggang Jiang, Biosilica structures obtained from Nitzschia, Ditylum, Skeletonema, and Coscinodiscus diatom by a filtration-aided acid cleaning methodApplied Microbiology and Biotechnology, 2012, 95(5)1165-1178, IF3.689

    [3] Liming Yuan, Jun Cai?, Wenqiang Zhang, Zhiyang Lian, Deyuan Zhang, Fabrication of porous flaky electromagnetic particles by electroless plating of CoNiP on diatomite, Applied Surface Science 258 (2012) 9680– 9684, IF2.112

    [4] Zhang Deyuan, Lan Mingming, Cai Jun, Flake-like Diatomite Coated with Silver by Electroless Plating and Its Dielectric Properties, RARE METAL MATERIALS AND ENGINEERING, SEP 2012, 41(9)1676-1679,IF0.16

    [5] Deyuan Zhang, Junfeng Pan1, Jun Cai1, Yu Wang, Yonggang Jiang and Xinggang Jiang, Hydrofluoric acid-assisted bonding of diatoms with SiO2-based substrates for microsystem application, Journal of Micromechanics and Microengineering, 2012, 22(3)1317, IF1.79

    [6] Huawei Chen, Xiaopeng Shang, Ichiro Hagiwara, Deyuan Zhang, Investigation of controllable self-organized honeycomb micro-structure, Journal of Porous Materials, August 2012, 19(4)511-518,IF1.348

    [7] Yu Wang, Deyuan Zhang, Junfeng Pan, Jun Cai, Key factors influencing the optical detection of biomolecules by their evaporative assembly on diatom frustules, Journal of Materials Science, 2012, 47(17)6315-6325, IF2.163

    [8] Junfeng Pan, JunCai, Deyuan Zhang,Yu Wang,Yonggang Jiang, Micro-arraying of nanostructured diatom microshells on glass substrate using ethylene-vinyl acetate copolymer and photolithography technology for fluorescence spectroscopy application, Physica E, 44 (2012) 1585–1591, IF1.522

    [9] Zhang Wenqiang, cai Jun, Zhang Deyuan, Preparation and properties of ferrite derived from iron oxidizing bacteriaCHINESE SCIENCE BULLETIN, July 2012, 57(19)2470-2474, IF1.319

 [10] Jun Cai, Mingming Lan, Deyuan Zhang, Wenqiang Zhang, Electrical resistivity and dielectric properties of helical microorganism cells coated with silver by electroless plating, Applied Surface Science, 1 September 2012, 258(22)87698774, IF2.112

 [11] Yu Wang, Junfeng Pan, Jun Cai, Deyuan Zhang, Floating assembly of diatom Coscinodiscus sp. microshells, Biochemical and Biophysical Research Communications, 2012, 420(1)1-5, IF2.406

 [12] Jing Liu, Deyuan Zhang, Longgang Qin, Linsong Yan, Feasibility study of the rotary ultrasonic elliptical machining of carbon fiber reinforced plastics (CFRP), International Journal of Machine Tools and Manufacture, February 2012, 53(1)141-150, IF2.262

 [13] Xu Yonggang, Zhang Deyuan, Cai Jun, Yuan Liming, Zhang Wenqiang, Effects of Multi-walled Carbon Nanotubes on the Electromagnetic Absorbing Characteristics of Composites Filled with Carbonyl Iron Particles, JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY, JAN 2012,28(1)34-40, IF1.198

 [14] Wenqiang Zhang, Yonggang Xu, Liming Yuan, Jun Cai, Deyuan Zhang, Microwave Absorption and Shielding Property of Composites with FeSiAl and Carbonous Materials as Filler, Journal of Materials Science & Technology, October 2012, 28(10)913-919, IF1.198

 [15] Luo Yuehao, Zhang Deyuan, Experimental Research on Biomimetic Drag-Reducing Surface Application in Natural Gas Pipelines, OIL GAS-EUROPEAN MAGAZINE, DEC 2012,38(4) 213-214, IF0.417

 [16] Ji Liang Wu, De Yuan Zhang, Xing Gang Jiang, Micro Hole Elliptical Supersonic Boring Quality Research, Applied Mechanics and Materials (Volumes 217 - 219) 688-1694, EI

 [17] Wei Qin, De Yuan Zhang, Study for the Reason of Chromium Coating Seepage on Piston Rods and the Anti-Seepage by Using Ultrasonic Elliptical Vibration Burnishing Process, Advanced Materials Research, June, 2012, (Volume 530) 85-90, EI

 [18] Feng Qi Han, Zhi Zun Li, De Yuan Zhang, Study on Mechanism of Separate Type Boundary Lubrication in Low Frequency Torsional Vibration Tapping, Advanced Materials Research, January, 2012, (Volumes 424 - 425)111-114, EI

 [19] Feng Qi Han, Zhi Zun Li, De Yuan Zhang, Study on Oblique Cam Type Mechanical Torsional Vibrator, Applied Mechanics and Materials, November, 2012, (Volumes 215 - 216)37-41, EI

 [20] 张德远王瑜蔡军潘骏峰姜兴刚蒋永刚,基于硅藻微纳结构的生物制造,科学通报,201224

 [21] 张德远,张成茂,飞机交点孔超声椭圆振动精密加工技术,中国机械工程,2012(1)

 [22] 张德远,刘静,飞机紧固孔超声振动精密加工技术研究, 中国机械工程,2012(4)

 [23] 孔繁霞,张德远,高温合金微量润滑振动钻削温度与刀具磨损,北京航空航天大学学报,20126

 [24] 张德远, 兰明明, 蔡军, 片状硅藻土表面化学镀银工艺及介电性能, 稀有金属材料与工程, 201241(9)1676-1679

2011: (26?200)12-SCI?24

    [1] Yu Wang, Junfeng Pan, Jun Cai, Aobo Li, Mingli Chen, Deyuan Zhang*, Assembling and patterning of diatom frustules onto PDMS substrates using photo-assisted chemical bonding, Chemistry Letters (2010 IF: 1.401), 2011, 40(12): 1354-1356,IF1.587

    [2] Zhang, DY; Wang, Y; Zhang, WQ; Pan, JF; Cai, J, Enlargement of diatom frustules pores by hydrofluoric acid etching at room temperature, JOURNAL OF MATERIALS SCIENCE 46 (17): 5665-5671 SEP 2011.DOI: 774CU, (Article) ,IF2.015

    [3] Deyuan Zhang, Wenqiang Zhang, Jun Cai, Fabrication and electromagnetic properties of flake ferrite particles based on diatomite, Journal of Magnetism and Magnetic Materials, 323 (2011) 23052309. DIO:767ZU,IF1.78

    [4] Lan, MM; Zhang, DY; Cai, J; Zhang, WQ; Yuan, LM, Fabrication and electromagnetic properties of bio-based helical soft-core particles by way of Ni-Fe alloy electroplating, JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS 323 (24): 3223-3228 DEC 2011. DOI:806RK, (Article) ,IF1.78

    [5] Zhang, DY; Luo, YH; Chen, HW, Application and Numerical Simulation Research on Biomimetic Drag-reducing Technology for Gas Pipelining, OIL GAS-EUROPEAN MAGAZINE 37 (2): 85-90 JUN 2011. DOI: 797HF, (Article) ,IF0.246

    [6] Zhang, DY; Luo, YH; Li, X; Chen, HW, NUMERICAL SIMULATION AND EXPERIMENTAL STUDY OF DRAG-REDUCING SURFACE OF A REAL SHARK SKIN, JOURNAL OF HYDRODYNAMICS 23 (2): 204-211 APR 2011.DOI: 764CV. (Article) ,IF0.2

    [7] Cai, J; Zhang, DY; Lan, MM; Lian, ZY, Research on magnetic metallization of microorganism cells using electroplating technique, SCIENCE CHINA-TECHNOLOGICAL SCIENCES 54 (6): 1525-1531 JUN 2011. DOI: 768MW. (Article) ,IF0.747

    [8] Zhang DY, Zhang WQ, Cai J, Magnetization of microorganism cells by thermal decomposition method, SCIENCE CHINA-TECHNOLOGICAL SCIENCES, 2011, 54(5):1275-1280. DOI:753AT, IF0.747

    [9] Zhang, DY; Li, YY; Han, X; Li, XA; Chen, HW, High-precision bio-replication of synthetic drag reduction shark skin, CHINESE SCIENCE BULLETIN 56 (9): 938-944 MAR 2011. DOI: 740MW,IF1.321

 [10] Jiang, YG; Masaoka, S; Fujita,Fabrication of a vibration-driven electromagnetic energy harvester with integrated NdFeB/Ta multilayered micro-magnets,JOURNAL OF MICROMECHANICS AND MICROENGINEERING,2011,21,9,IF2.105

 [11] Yonggang Jiang, Takayuki Fujita, Minoru Uehara, Deyuan Zhang, Jun Cai, Kohei Higuchi, and Kazusuke Maenaka,  Characterization of Mechanical Properties of Cantilevered Nd2Fe14B/Ta Magnetic Microstructures, Applied Physics Express 4 (2011) 11IF3.013

 [12] Jiang, YG; Fujita, T; Uehara,Fabrication of NdFeB microstructures using a silicon molding technique for NdFeB/Ta multilayered films and NdFeB magnetic powder,JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS,2011,323,21,IF1.78

 [13] 蔡军, 张德远, 兰明明, 连志阳, 微生物细胞电镀磁性金属化研究, 中国科学:技术科学, 2011, 41(7): 944 ~ 949

 [14] 张德远, 张文强, 蔡军, 微生物细胞热分解法磁性化研究,中国科学:技术科学, 2011, 41(8):1115~1120

 [15] Wu, JL, Zhang, DY; Jiang, XG, The Spray Angle Improvement of Single Inlet Pressure Swirl Atomizer Using Partial Structure Modifying, MANUFACTURING PROCESS TECHNOLOGY, PTS 1-5 189-193: 31-37 2011. DOI: BVQ14, (Proceedings Paper)

 [16] Chengmao Zhang, Cheng Li, Deyuan Zhang, Study on the Cutting Force in Ultrasonic Elliptical Vibration Cutting of Hardened Stainless Steel, Applied Mechanics and Materials, Volume:55-572011

 [17] Zhang, WQ; Zhang, DY; Cai, J, Fabrication of Flake-Shaped Core-Shell Micro Particles by way of Thermal Decomposition of Pentacarbonyl Iron on Diatomite Surface, ADVANCED ENGINEERING MATERIALS, PTS 1-3 194-196: 730-733 Part 1-3 2011.DOI: BVV00, (Proceedings Paper)

 [18] Chen, HW; Shang, XP; Zhang, WD; Zhang, DY, Self-Supporting Honeycomb Films of Polyphenylene Oxide -Fabrication and Characterization-, ADVANCED ENGINEERING MATERIALS, PTS 1-3 194-196: 566-570 Part 1-3 2011. DOI: BVV00, (Proceedings Paper)

 [19] Lan, MM; Zhang, DY; Cai, J; Zhang, WQ; Li, HY, Electroless Plating of Silver on Microorganism Cells; NEW AND ADVANCED MATERIALS, PTS 1 AND 2 197-198: 531-535 Part 1,2 2011. DOI: BVM03, (Proceedings Paper)

 [20] Luo, YH; Zhang, DY; Chen, HW, Experimental Research on Improving Wear Resistance of Coating Surface by Magnetron Sputtering, MANUFACTURING PROCESS TECHNOLOGY, PTS 1-5 189-193: 9-12 2011. DOI: BVQ14, (Proceedings Paper)

 [21] CHEN Huawei, CHENG Minglong, LI Youjie, ZHANG Deyuan, Development of Integrated Precision Vibration-Assisted Micro-Engraving System, Trans.Tianjin Univ.2011,17:242-247

 [22] 许勇刚,袁黎明,蔡 军,张德远,羰基铁和FeSiAl共混制备宽频吸波材料,功能材料,201142 (增Ⅲ):555

 [23] 张德远,李 翔,陈华伟,李元月,长链接枝减阻薄膜的制备及性能研究,功能材料,201142 (4):585

 [24] 李文,张文全,张德远,换能器电学性能与振动切削力关系及监测方法,兵工学报,201132(2):199

 [25] 韩 鑫,张德远,鲨鱼皮微电铸复制工艺研究,农业机械学报,201142(2):229

 [26] 张德远,张成茂,刘静,飞机交点孔与紧固孔超声振动精密加工技术,第三届民用飞机先进制造技术及装备论坛,201136-8日,深圳。大会主题报告

2010: (12?174)1-SCI?12

    [1] Zhang, Deyuan, Wang, Yu, Pan, Junfeng, Cai, JunSeparation of diatom valves and girdle bands from Coscinodiscus diatomite by settling methodJOURNAL OF MATERIALS SCIENCE201045215736-5741SCI 648OI(2010 IF: 1.859)

    [2] CAI Jun, ZHANG De-yuan. Fabrication and Dielectric Properties of Soft-core Helical Particles Using Spirulina Platensis as Templates. Advances in Natural Science, 2010, 3(2),: 93-99

    [3] 张德远,李元月,韩鑫,李翔,陈华伟,高精度复合减阻鲨鱼皮复制成形研究,科学通报,201055323122~3127

    [4] 张德远,蔡军,李翔,姜兴刚,韩鑫,陈博,仿生制造的生物成形方法,机械工程学报,201046588-92EI20101712896823

    [5] 李勋,张德远,不分离型超声椭圆振动切削试验研究,机械工程学报,20104619177-182EI 20104713409277

    [6] Sun, Lin; Liu, Bingquan; Wang, Baoxun; Zhang, Deyuan; Wang, XiaolongA study of features on primary question detection in chinese online forums7th International Conference on Fuzzy Systems and Knowledge Discovery, FSKD 2010Yantai, Shandong, ChinaAugust 10, 2010 - August 12, 2010EI20104813422771

    [7] Li, Xun; Zhang, DeyuanThe mechanism of influence on the surface roughness with ultrasonic elliptical vibration cuttingInternational Conference on Mechanic Automation and Control Engineering, MACE2010June 26, 2010 - June 28, 2010Wuhan, ChinaEI20103513202033

    [8] Zhang, Chengmao; Zhang, Deyuan; Ma, XiaojieEffects of ultrasonic vibration on machining accuracy in drillingAdvanced Materials Research2010 Global Conference on Digital Design and Manufacturing TechnologyApril 26, 2010 - April 28, 2010Hangzhou, Zhejiang, Chinap521-524EI20101512844809

    [9] 王桂林,李文,张德远,超声椭圆振动车削的切削特性,中国机械工程,2010214415-419

 [10] 王桂林,张德远,高频超声椭圆振动精密切削,设计与研究,2010-353-56

 [11] 韩鑫,张德远,Bio-replicated Forming of the Biomimetic Drag-reducing Surface based on Underwater Low-resistance ScarfskinsIEEE ICMA 2010Best Poster Paper

 [12] Li, X; Cai, J; Zhang, DYStudy on the Manufacturing Method of the Biomimetic Drag Reducing Morphology Replication MoldMANUFACTURING SCIENCE AND ENGINEERING, PTS 1-5 97-101: 2533-2537 Part 1-5 2010. DOI: BPT38, (Proceedings Paper)

2009(14?162)

    [1] ZHANG Deyuan,CAI Jun, JIANG Xinggang, HAN Xin, CHEN BoStudy on Bioforming Technology of Bionic Micro-nano StructuresKey Engineering Materials Vols. 407-408 (2009) pp 1-7

    [2] LIAN Zhiyang, CHEN Bo, CAI Jun, ZHANG WenqiangStudy on Bio-limited Forming Technology Based on The Nano-composite Electroless CoatingKey Engineering Materials Vols. 407-408 (2009) pp 698-701

    [3] ZHANG Peng, GUO Xingyu, ZHANG DeyuanThe “Effective Region” Characteristic of the Tool Life in Vibration DrillingKey Engineering Materials Vols. 407-408 (2009) pp 640-643

    [4] P. Zhang, X.Y. Guo, D.Y. Zhang, Experiment Research on the Drill Fracture Criterion in Inclined Hole Drilling, Materials Science Forum Vols. 626-627 (2009) pp 505-510

    [5] Li, Xiang; Cai, Jun; Zhang, DeyuanStudy on the manufacturing method of the biomimetic drag reducing morphology replication moldAdvanced Materials ResearchInternational Conference on Manufacturing Science and Engineering, ICMSE 2009EI20101612863414

    [6] Fang, Jie; Sun, Wei; Li, Mao; Zhang, Deyuan ; Cai, Guobiao; Cong, YuAn update on BUAA nitrous oxide micro-thruster research45th AIAA/ASME/SAE/ASEE Joint Propulsion Conference and ExhibitAugust 2, 2009 - August 5, 2009EI20103813250015

    [7] 张文全, 姜兴刚, 唱月霞, 张德远,椭圆振动切削换能器的阻抗匹配研究,压电与声光,2009311):63-68

    [8] 张 鹏,张德远,振动钻削微孔提高刀具寿命的“有效区”特征,工具技术,2009432):27-29

    [9] 高正博, 张德远,一种新型回转超声振动主轴的设计及测试,新技术新工艺,2009,(2):47-51

 [10] 张德远,难加工轻合金振动切削技术,新技术新工艺,2009,(2):13-16

 [11] 李勋,张德远,超声椭圆振动切削表面形貌形成机理的研究,中国机械工程,2009207):807-811

 [12] 韩凤起,刘 洋,张德远,Al2O3p/Al 复合材料低频扭转振动攻丝研究,航空制造技术,2009,(18):84-91

 [13] 张文强,陈 博,詹天卓,张德远,生物型吸波微粒的制备,功能材料,2009405):826-829

 [14] 孔凡霞,张成茂,张德远, TiAlN涂层刀具高速铣削颗粒增强铝基复合材料时的磨损行为, 机械工程材料, 20098

2008(14?148)3-SCI?11

    [1] 韩鑫,张德远,鲨鱼皮复制工艺研究,中国科学(E), 2008, 37(1): 9~15

    [2] Han Xin, Zhang Deyuan, Study on the micro-replication of shark skin, Science in China (Series E)200851(7):890~896SCI

    [3] 韩鑫,张德远,大面积鲨鱼皮复制制备仿生减阻表面研究,科学通报,2008, 53(7): 838842

    [4] Han Xin, Zhang Deyuan, Bio-replicated forming of the biomimetic drag-reducing surfaces in large area based on shark skin, Chinese Science Bulletin, 2008, 53 (10): 1587~1592SCI

    [5] 陈博,张德远,微生物细胞溶胶-凝胶法磁性化研究,中国科学(E)200837(7):1055-1060

    [6] Chen Bo, Zhan Tianzhuo, Lian Zhiyang, Zhang DeyuanMagnetization of microorganism cells by sol-gel method, Science in China (Series E)200851(5):591-597SCI

    [7] 刘洋,韩凤起,卢慧敏,张德远,Al2O3p/Al复合材料振动攻丝螺纹质量研究,航空精密制造技术,2008446):48-50

    [8] 王桂林,张德远,Sa lvo在超声椭圆振动切削加工电源中的应用,微计算机应用,2008292):103-108

    [9] 韩凤起,张德远。低频扭转振动攻丝促进排屑的机理研究,航空精密制造技术,2008442):13-15

 [10] 王桂林,张德远,高频椭圆振动切削加工用超声电源的研制,电力电子技术,2008422):43-4480

 [11] 王桂林,张德远,超声聚焦微喷压电换能器射频电源的设计,压电与声光,2008301):45-47

 [12] 张鹏,孔繁霞,张德远,振动液体磨料研磨去毛刺工艺,航空制造技术,2008,(7):85-8690

 [13] 张鹏,李仙昊,张德远,摆动振动钻削微小斜孔,航空制造技术,2008,(12):97

 [14] 韩鑫,张德远,生物体表形貌直接复制制备仿生功能表面研究,中国农业机械学会年学术年会论文,2008479-482

2007(14?134)

    [1] 姜兴刚,张德远,超声换能器过固有谐振区匹配理论,机械工程学报,2007433182~186

    [2] 张波、张德远,用于制作生物微阵列的压电超声聚焦微喷系统,压电与声光,2007 29 01

    [3] 张波、张德远,基于KLM等效电路的声学匹配层参数扫描法,压电与声光,2007 29 02

    [4] 陈博,蔡军,连志阳,张德远,微生物为基体的空心轻质微米Cu螺旋体的性能研究,621所会议。

    [5] 肖华,李勋,张德远,天然金刚石刀具单激励超声椭圆振动车削试验研究,航空制造技术,录用未发表。

    [6] 徐永利,李光军,韩凤起,张德远,电流法在钛合金振动攻丝中的应用研究,机床与液压,20076月左右。

    [7] 姜鹏飞,潘祥生,张德远,超声振动钻削小深孔实验研究,机床与液压,已录用,拟于2007年第9期发表。

    [8] 邢立华,江旭初,雷丙旺,李红艳,张德远,浮动铰刀振动铰削小口径火炮身管的研究,兵工学报,已录用。

    [9] 邢立华,潘祥生,陈翔,张德远,低频振动铰削对表面粗糙度影响的研究,航空制造技术,已录用。

 [10] 王桂林,张德远,超声聚焦微喷压电换能器射频电源的设计,压电与声光,录用

 [11] 邢立华,李光军,江旭初,张德远,实用化振动切削技术——深孔振动铰削工艺及装备,新技术新工艺,2007.04

 [12] 姜鹏飞,潘祥生,张德远,实用化振动切削技术—-超声振动钻削小深孔工艺及装备,新工艺新技术,2007.03

 [13] 张鹏,李仙昊,徐永利,张德远,实用化振动切削技术振动研磨去毛刺及表面光整,新技术新工艺,2007.02

 [14] 张鹏,李仙昊,张德远,实用化振动切削技术微小孔振动钻削工艺及装备,新技术新工艺,2007.01

2006(17?120)1-SCI?8

[1]    Xun LiDeyuan ZhangUltrasonic Elliptical Vibration transducer Driven by Single Actuator and Its Application in Precision CuttingJournal of Materials Processing Technology2006No.180SCI

[2]    张德远,实用化振动切削技术——总论,新技术新工艺,2006.10

[3]    韩凤起,李光军,徐永利,张德远,实用化振动切削技术-振动攻丝工艺及装备,新技术新工艺,2006.11

[4]    肖华,李勋,张文全,张德远,实用化振动切削技术——椭圆振动车镗工艺及装备,新技术新工艺,2006.12

[5]    李勋、张德远,单激励超声椭圆振动车削薄壁筒实验研究,航空学报,2006.4

[6]    潘祥生,张德远,聚焦式超声悬浮,北京航空航天大学学报,200632(1):79~82

[7]    潘祥生,张德远,基于有限元法的超声扭转换能器研究,压电与声光,2006.5

[8]    李华,张德远,季远,磁致伸缩致动器的动态响应特性研究,机械科学与技术,2006 Vol.25 No.3 P.355-358

[9] 李华,张德远、季远,双弯曲型单激励超声椭圆振动系统研究,压电与声光,2006.4

[10] 李光军,姜兴刚,张德远,新型振动攻丝机及其应用,航空制造技术,2006.8

[11] 邢立华,张贺清,刘庆君,江旭初,张德远,小口径火炮身管振动铰削的实验研究,组合机床与自动化加工技术,2006.11

[12] 江旭初,邢立华,雷丙旺,李洪艳,张德远,小口径火炮身管的振动钻削试验研究,航空精密制造技术,2006.6

[13] Fengqi Han, Guangjun Li, Xiangsheng Pan, Zhizun Li and Deyuan Zhang, Research of Mechanism of Chipping in Step Tapping of Superalloy based on Wavelet Analysis, Materials Science Forum Vols. 532-533 (2006) pp 153-156

[14] Bo Chen, Jun Cai, Zhiyang Lian, Deyuan Zhang, A Study on Machining Quality of a Kind of Functional Hollow Lightweight Metallic Micro-helixes by Bio-limited FormingMaterials Science Forum Vols. 532-533 (2006) pp. 317-320

[15] 陈博,连志阳,张德远,生物加工方法制备雷达波吸收剂的前景探讨,功能材料,第37卷(增刊)(2006年全国功能材料学术会议专辑III),(该论文后应约稿投递《隐身技术》期刊,大约073月份有结果),2006.12

[16] 张文全,李勋,姜光刚,张德远,RESEARCH ON THE THIN-WALLED WORKPIECE BORING BY APPLYING ULTRASONIC ELLIPTICAL VIBRATION CUTTINGThe International Technology and Innovation Conference 2006 杭州,2006

[17] Li Guangjun, Han Fengqi, Xu Yongli, Zhang Deyuan. On self-adaptive vibration tapping of titanium alloy. International technology and innovation conference 2006,EI and INSPEC)。

2005: (11?103)1-SCI?7

    [1] Deyuan Zhang, Takahito Ono, Masayoshi EsashiPiezoactuator-integrated monolithic microstage with six degrees of freedomSensors & Actuators: A. Physical2005, 122(2), (August 26): 301-306EISCISCIE

    [2] 李勋,季远,张德远,基于有限元分析的椭圆振动切削换能器研究,北京航空航天大学学报(EI)2005.31(2):153158

    [3] 李仙昊,季远,姜兴刚,李勋,张德远,高速钢钻头钻9Cr18不锈钢微小孔的研究,现代制造工程,2005.16971

    [4] 季远,李勋,张德远,超声椭圆振动精密切削,航空制造技术,05.49295

    [5] 陈博,蔡军,张德远,金属化微生物细胞镀层导电性研究,材料工程(EIAccession number06039650333)200512期:26~29

    [6] 姜兴刚,张德远,高精度低频压电换能器电源的设计,压电与声光(EI)2005年第6

    [7] 乐加昌,徐红,张德远,微流体功能芯片检测装置在流感病毒检测中的初步应用,公共卫生与预防医学,2005164期:810

    [8] 陈博,蔡军,张德远,基于微生物体的生物型轻质隐身吸收剂的制造,2005年中国机械工程学会年会论文集第4届全国生物制造工程学术会议专辑,2005115~8日,中国,重庆:72~77

    [9] 李笋,张波,崔元波,乐加昌,张德远,分子马达脂质体阵列化工艺研究,2005年中国机械工程学会年会论文集第4届全国生物制造工程学术会议专辑,2005115~8日,中国,重庆

 [10] 张赫男,李翔,陈博,张德远,仿鲨鱼体表结构的生物非光滑减阻表面制造,2005年中国机械工程学会年会论文集第4届全国生物制造工程学术会议专辑,2005115~8日,中国,重庆

 [11] 李华,张德远,新型单激励椭圆超声振动切削系统的研究,中国机械工程,2005.16(22):19831990.

2004: (21?92)2-SCI?6

    [1] Jun Cai, Yaqin Li and Deyuan Zhang, Artificial dielectric properties of microscopic metallized rodlike bacteria in composites, J. Applied Physics, 2004, 95(12): 8097-8100 (SCIEI)

    [2] Jiang XinggangZhang DeyuanDesign of High Precision Power Supply for Low-frequency Vibration CuttingMaterials Science ForumSep. 2004SCI

    [3] Jun Cai, Yaqin Li, Deyuan Zhang. Artificial dielectric properties of microscopic metallized helical microorganisms in composites, ICCE-11, August 8-14, 2004, Marriott Hilton-Head Beach & Golf Resort, South Carolina, USA

    [4] 窦绘娟,张德远,振动切削刀杆参数化有限元设计研究,声学学报,2004,29(6):516~520

    [5] 李勋,季远,张德远,基于有限元分析的微孔钻削测力仪研究,中国机械工程,2004.8

    [6] Zhang Bo, Zhang Deyuan, AN ACOUSTIC FOCUSING TRANSDUCER WITH REDUCED MAINLOBE WIDTH, ICFDM’2004, June 21~23, 2004, Xi’an, China

    [7] Chen Bo, Cai Jun, Zhang Bo, Yue Jiachang and Zhang Deyuan, Research on bio-machining based on lipid, 7th ICPMT’2004SuzhouDec. 2004

    [8] Xing Lihua, Chen Xiang and Zhang Deyuan, Experimental study on the drilling of cast nickel-based super alloy K24, 7th ICPMT’2004SuzhouDec. 2004

    [9] Cai Jun, Liyaqin, Li Xiangfeng, Chen Bo and Zhang Deyuan, Bio-limited forming technology based on microorganism and its application, 7th ICPMT’2004SuzhouDec. 2004

 [10] Zhang Peng, Li Xianhao and Zhang Deyuan, Study on micro-hole vibration drilling and magnetic debueeing, 7th ICPMT’2004SuzhouDec. 2004

 [11] Li Guangjun, Han Fengqi, Zhang Deyuan. Study on the low-frequency vibration tapping in nickel-base super alloy. International Conference on Progress of Machining Technolog. Su?Zhou, December, 2004336-341.

 [12] LI Xun, JI Yuan, ZHAND Deyuan, Research on the transducer of the ultrasonic elliptical vibration cutting based on the finite element method, 7th ICPMT’2004SuzhouDec. 2004

 [13] Jiang XinggangZhang DeyuanResearch on Frequency Control to Ultrasonic Transducer7th ICPMT’2004SuzhouDec. 2004

 [14] 姜兴刚,张德远,高精度正弦频率信号发生器的设计,计算机测量与控制,04.6

 [15] 姜兴刚,李勋,张德远,低频变参数振动钻削微孔控制技术的研究,现代制造工程,04.6

 [16] 姜兴刚,张德远,一种长距离多位LED显示器的设计,现代制造工程,04.7

 [17] 李光军,张德远.难加工材料的低频振动攻丝研究.中国机械工程,2004,15 (6):494-497

 [18] 张德远、蔡军、张波、陈博、李亚芹、乐加昌,微纳米生物制造技术的基础研究,现代制造工程,2004(12)46

 [19] Hegen Xu(徐和根), Koichi Okamoto, De-yuan Zhang, Takahito Ono and Masayoshi EsashiMonolithic PZT MicrostagePROCEEDINGS OF THE 21ST SENSOR SYMPOSIUMSCI,2004.pp.1317

 [20] Monolithic PZT microstage with multi degrees of freedom for high-precision positioning
PROCEEDINGS OF THE SOCIETY OF PHOTO-OPTICAL INSTRUMENTATION ENGINEERS (SPIE) INS 6032: 3205-3205 2006

 [21] Xu, HG, Okamoto, K, Zhang, DY, et al.Development of monolithic PZT microstage for the application of ultra high-density data storageTRANSDUCERS '05, DIGEST OF TECHNICAL PAPERS, VOLS 1 AND 2 : 717-720 2005

2003: (13?71)3-SCI?4

[1]    Deyuan Zhang, Chienliu Chang, Takahito Ono, Masayoshi Esashi, A piezodriven XY-microstage for multiprobe nanorecording, Sensors & Actuators, A , 2003, 108:230~233EISCISCIE

[2]    Li Xiangfeng, Li Yaqin, Cai Jun, Zhang Deyuan, Research on metallization of bacteria cells, Science in China (Series E), 2003, 46(2):161~167 (SCISCIE)

[3]    Cai Jun, Li Yaqin, Li Xiangfeng, Zhang Deyuan, Research on magnetic metallization of bacterial cells, Chinese Science Bulletin(Series E), 2003, 48 (2): 210~214(SCISCIE)

[4]    黎向锋,李雅芹, 蔡军,张德远, 微生物细胞磁性金属化研究, 科学通报,200348(2): 145148(国内期刊检索)

[5]    季远,李华,张德远,单激励直线行波超声马达定子振动特性研究,北京航空航天大学学报,200329(4):317~320EI(国内期刊检索)

[6] 季远,张德远,超声复合振动系统中的“局部共振”现象试验研究,应用声学,2003.6(国内期刊检索)

[7]    Deyuan Zhang, Takahito Ono, Masayoshi Esashi, Piezoactuator-integrated monolithic microstage with six degrees of freedom, IEEE Transducers’03, 12th International Conference on Solid-State Sensors and Actuators, Boston,Massachusetts, USA, June 8-12, 2003, p1518~1521ISTP

[8]    季远,李勋,张德远,超声椭圆振动精密切削研究,全国先进制造技术、系统及装备学术会议,重庆,20031212-14

[9]    姜兴刚,李勋,张德远,低频变参数振动钻削微孔控制技术的研究,全国先进制造技术、系统及装备学术会议,重庆,20031212-14

[10] 李光军,张德远,一种新型振动攻丝机与应用研究,全国先进制造技术、系统及装备学术会议,重庆,20031212-14

[11] 张德远,蔡军,张波,李雅芹,乐加昌,微纳米生物制造技术的基础研究,全国先进制造技术、系统及装备学术会议,重庆,20031212-14

[12]陈志同,李光军,张德远,低频扭转振动攻丝的基本工艺参数组研究,中国机械工程,2003.6(国内期刊检索)

[13]李光军,陈志同,季远,张德远.基于同步电机的振动攻丝系统研究.中国机械工程(增刊)200314:45-47

 

2002(10?58)1-SCI?1

[1]    Jun Cai, Yaqin Li, Xiangfeng LiDeyuan Zhang, Behavior of micro magnetic particles in an opposed-poles orientation magnetic fieldJournal of Magnetism and Magnetic Materials, 2002, 246(1-2)36-39 (SCIEI)

[2]    黎向锋,李雅芹, 蔡军,张德远, 微生物细胞金属化工艺研究, 中国科学(E), 2002, 32(3): 338~342

[3]    邢立华,张德远,侯晓霞,李仙昊,微孔振动钻削的钻削力和钻头寿命实验研究, 北京航空航天大学学报, 2002, 27(12增刊):

[4]    孙波, 季远, 李光军,张德远, 功率超声换能器等效电路参数的测量和电端匹配的研究, 振动、测试与诊断, 200222(4):287~290(数据库收录)

[5]    陈志同,张德远,振动攻丝最大扭矩的计算模型,航空学报, 2002, 23(4): 312~316EI

[6]    陈志同,张德远,斜楔式扭转振动器原理研究,北京航空航天大学学报, 2002, 28(1):5862EI

[7]    陈志同,王彦丰,韩小刚,张德远,手动攻丝扭矩降低效果的实验研究,航空精密制造技,2002, 38(3):32-34

[8]    李光军,裴东升.振动攻丝对钛合金螺纹质量的影响.航天制造技术,2002, 3:8-11

[9]    Jun CaiYa-Qin Li, Xiang-Feng Li, Bo Zhang, and De-Yuan Zhang, Study of biomachining based on bacteria cells, Pacific Rim Workshop on Transducers and Micro/Nano Technologies, Xiamen, China , July 22~24, 2002, p765~768SCI

[10] De-Yuan Zhang, Chienliu Chang, Takahito Ono and Masayoshi Esashi, A piezodriven XY-microstage for multiprobe nanorecording, Pacific Rim Workshop on Transducers and Micro/Nano Technologies, Xiamen, China , July 22~24, 2002, p449-452ISTPSCI

2001(3?48)

[1]    张德远,生物制造—一种新型微/纳米制造技术,航空制造技术,2001.4:51~53(EI收录Accession No: 01496755817)

[2]    蔡宝忠,张德远,超声波马达技术及其应用, 航空精密制造技术,2001, 37(2):6~9

[3]    周正干,王春生,张波,张德远,超声振动切削中的自动调谐技术研究,北京航空航天大学学报,2001, 27(2):198~201

2000(4?45)

[1]    李亚芹,张德远. 氧化亚铁硫杆菌对金属铜的加工,微生物学报,2000403

[2]    ZHANG Deyuan. ZHANG Bo, Study on the resonance control in ultrasonic vibration internal-grooving, ICPMT’2000, 2000, Sep.(16-20) (ISTP)

[3]    ZHANG Deyuan. The progress of biomachining. The 4th international conference on frontiers of design and manufacturing(ICFDM), 2000,June(17-19) (ISTP)

[4]    周正干,王春生,张波,张德远,李和平,超声波振动加工中的自动调谐技术研究,制造业自动化,2000, 22(4):2023

1999: (4?41)

[1]    ZHANG Deyuan. Studies on kinetics and thermodynamics of biomachining pure copper, Science in China (Series C), 1999, 42(1): 57-62(EI)2000年后SCI

[2]    张德远,李雅芹. 生物加工纯铜的动力学与热力学研究. 中国科学(C), 199929(2):132~137

[3]    陈志同,张德远,非定常速比活齿传动研究,机械工程学报,199935(1):30~33

[4]    张德远,振动车削刀杆的计算机辅助设计与实验研究,北京航空航天大学学报, 1999,25(4):467~470(EI)

1998(4?37)

[1]    ZHANG Deyuan. Possibility of biological micromachining for metal removal, Science in China (Series C), 1998, 41(2): 151-156(EI)2000年后SCI

[2]    ZHANG Deyuan. Investigation of chip in vibration drilling. International Journal of Machine Tools and Manufacture, 1998, 38(3):165-176(EI)2000年后SCI

[3]    ZHANG Deyuan. Relief face friction in vibration tapping. International Journal of Mechanical Science. 1998, 40(12):1209-1222EI),2000年后SCI

[4]    ZHANG Deyuan. Fundamental study on biomachining        The 4th ICPCG, Urumqi and Turpan, 1998, Octo.(5-9)(ISTP)

1997(2?33)

[1]    张德远,李雅芹. 生物加工金属材料的可行性研究. 中国科学(C), 1997, 27(5):410~414

[2]    张德远,钛合金振动攻丝降低表面回弹的研究,航空工艺技术, 1997, 1

1996

 

1995(3?31)

[1]    ZHANG Deyuan. On-line detection of tool breakages using telemetering of cutting force in milling, International Journal of Machine Tools and Manufacture, 1995, 35(1):19-27(EI) 2000年后SCI

[2]    张德远,铣削加工中通过神经网络融合多路传感器监测刀具破损,航空工艺技术, 1995, 1

[3]    张德远,铣削过程中刀具破损实时监测的研究,航空工艺技术, 1995, 6

1994(7?28)

[1]    ZHANG Deyuan. Study on the drill skidding motion in ultrasonic vibration microdrilling, International Journal of Machine Tools and Manufacture, 1994, 34(6):847-857(EI)2000年后SCI

[2]    张德远,钛合金振动攻丝降低攻丝扭矩的研究,机械工程学报, 1994, 1(EI)

[3]    张德远,钛合金振动攻丝刀具破损监测的研究,航空学报, 1994, 2

[4]    张德远,通过铣削力或铣削扭矩监测铣刀破损的研究,航空学报, 1994, 10

[5]    ZHANG Deyuan. On-line monitoring of tool breakage using spindle current in milling      The 2th ICPCG, Shanghai, 1994, Sep.(26-28)

[6]    ZHANG Deyuan. Neural network and intelligent system for detection of tool breakage    The 2th ICPCG, Shanghai, 1994, Sep.(26-28)

[7]    ZHANG Deyuan. multiple-sensor fusion via neural networks for detection of tool breakage in end millingMST’94, Beijing, 1994, July(3-5)

1993(6?21)

[1]    张德远,主轴安装型遥测测力刀柄,计量学报, 1993, 3

[2]    张德远,振动钻削的局部断屑特性,应用科学学报, 1993, 4

[3]    张德远,振动切削的精密微细切削机理,北京航空航天大学学报, 1993, 4(EI)

[4]    张德远,切削刀具磨损及破损监测技术的研究与进展,航空制造工程, 1993, 4

[5]    ZHANG Deyuan. A new monitoring of tool breakage system in FMSThe 2th IIMA, Xi’an, 1993, Sept.(23-26)

[6]    张德远,由切削图形分析振动钻削的工艺特性,第七届全国电加工学术年会论文集, 苏州, 1993, 11

1992(10?15)

[1]    ZHANG Deyuan. Penetration characteristic of chisel edge in ultrasonic vibration microdrillingChinese Science Bulletin1992,10(EI)

[2]    张德远,振动钻削微小孔提高加工精度的研究,机械工程学报, 1992, 1

[3]    张德远,钛合金振动攻丝的工艺参数优化,航空学报, 1992,13(10):571~573

[4]    ZHANG Deyuan. The surface generated mechanism of vibration cuttingThe 4th Sino-japan Joint Seminar on Ultraprecision Technology, Japan, 1992, Nov.(3-6)

[5]    ZHANG Deyuan. Friction of vibration tapping in titanium alloyThe 1th ICPCG, Beijing, 1992, Nov.(23-25)

[6]    ZHANG Deyuan. Research on on-line monitoring of tool breakage for vibratory tapping in titanium alloysThe 1th ICPCG, Beijing, 1992, Nov.(23-25)

[7]    ZHANG Deyuan. Research and progress on monitoring of cutting tool wear and breakageThe 1th ICPCG, Beijing, 1992, Nov.(23-25)

[8]    张德远,四向遥测型测力仪开发,中国科协首届青年学术年会论文集, 北京, 1992, 7

[9]    张德远,振动攻丝机的结构及其动特性的研究,航空基金论文集(2), 1992, 5

[10] 张德远,钛单面抽钉内螺纹振动攻丝,飞机机械连接技术文集, 1992, 10

1991(3?5)

[1]    张德远,超声波振动钻削微孔的横刃入钻特性,科学通报, 1991, 12

[2]    张德远,柴油机喷油嘴喷孔加工的新工艺研究,内燃机工程, 1991, 4

[3]    ZHANG Deyuan. Penetrating characteristic of chisel edge in ultrasonic vibration microdrillingASME  PED, 1991, Vol.55, pp361-371

1990(1?2)

[1]    ZHANG Deyuan, Investigation on zero-phase- difference vibration chip breaking, Chinese Journal of Mechanical Engineering, 1990, 1(EI)

1988(1?1)

[1]    张德远,小孔振动钻削研究,工具技术,1988

代表性专利:

2011年度:(15?61

[1]    张德远;张景建;悦豪;陈华伟;姜兴刚;一种测试管道内壁摩擦阻力系数的方法及其装置,201110112635.720110503申请

[2]    陈华伟;尚晓鹏;张景建;马灵犀;张德远;具有柔性壁和仿鲨鱼皮微沟槽的复合减阻蒙皮的制作方法,201110095665.120110415申请

[3]    张德远;张国华;李诚;姜兴刚,一种基于超声高频气动低频复合型振动磨削的方法和装置,201110144367.720110531申请,证书号:1327749,授权日:20131225

[4]    张德远、张国华、李诚、姜兴刚、王力强、周国华、秦晓东;一种用于复杂曲面的超声振动倒角装置,ZL201110414355.120111213申请,证书号:1253161,授权日:20130814

[5]    张德远;张国华;李诚;姜兴刚;一种基于高低频复合型超声振动磨削装置,201110144360.520110531申请,证书号:1327567,授权日:20131225

[6]    张德远;李海洋;李诚;张国华;蔡军;一种喷涂用遮蔽材料的制备方法,201110137717.7201105265申请;证书号:1291026,授权日:20131023

[7]    张德远;李诚;张国华;姜兴刚;一种钉头保护贴片涂层超声振动套平方法及装置,201110119657.620110510申请;证书号:1290845,授权日:20131023

[8]    张德远;李诚;张国华;姜兴刚;一种钉头保护贴片涂层超声振动套平装置,申请号:201120146326.7,申请日:20110510;专利号:ZL 2011 2 0146326.7实用新型证书号:2093886,授权日:20120201日。

[9]    张德远;尹剑波;刘静;程明龙;陶一庚;一种应用于气钻的超声振动套铰加工装置,201110161088.120110615证书号:1219733,授权日:20130619日。

[10] 蔡军、王瑜、张德远、潘骏峰、李奥博;一种硅藻在PDMS表面的图案化键合加工方法,201110326629.120111025

[11] 张德远、阎林松、李文:一种用于加工复杂深孔内腔的数控变径超声振动装置,2011110300185.420110930证书号:1232586,授权日:2013710日。

[12] 张德远,骆悦豪,《跨尺度制造逼真鲨鱼皮鳞片的方法》及《一种适应多种误差柔性轮的制造方法》

[13] 张德远,王斌,张成茂,秦龙刚,陈允全,陈丽丽,徐菁,熊钦林,姚定, 一种防干涉飞机机身、机翼交点对合加工夹具装置, 2011.04.27

[14] 张德远,张成茂,李诚,王斌, 一种引导型自动进给超声振动镗削方法及装置, 2011.05.11

[15] 张德远、姜兴刚、刘静、尹剑波、闫子良、陈平、陈雪梅、何风涛、卢大伟、高红、张宜德、王希,一种应用于超声振动气钻上的快速电气连接装置,申请号:201110397333.9,申请日:2011.12.02证书号:1305951,授权日:20131113

 

2010年度:(22?46

[1]    张德远;雒悦豪;陈华伟;姜兴刚;一种放大制造逼真鲨鱼皮鳞片的方法,201010543861.620101115

[2]    张德远;张文强;蔡军;一种以微生物为模板的电磁波吸收微粒的制备方法,201010543851.220101115证书号:1291272,授权日:20131023日。

[3]    张德远;兰明明;蔡军;一种微生物表面电镀包覆磁性材质的方法及其装置,201010593623.620101209

[4]    张德远,蔡军,潘俊峰,王瑜,李文,一种硅藻壳体或硅藻土与玻璃的键合方法,申请号:201010033700.2,申请日:2010.1.11;专利号:ZL 2010 1 0033700.2证书号:1010917,授权日:20120725

[5]    张德远,蔡军,王瑜,潘俊峰,连志阳,从硅藻土或硅藻中分离提取壳片与环带的方法,申请号:201010033700.3,申请日:2010.1.11;专利号:ZL 2010 1 0033699.3证书号:1061739,授权日:20121010

[6]    张德远;李翔;郭明宇;陈华伟;基于表面形貌尺寸可调的变形仿鲨鱼减阻蒙皮的制作方法,申请号:201010232854.4,申请日:2010.07.16

[7]    陈华伟;程明龙;尚晓朋;蒋德怀;张德远;一种适用于制作仿鲨鱼皮结构蒙皮的复合超声椭圆振动切削装置,申请号:201010217310.0,申请日:2010.07.05

[8]    张德远,张成茂,王斌,姜兴刚,一种引导型自动进给轻质、耐磨滑动副超声振动镗削装置,申请号:201010506268.4,申请日:20101009;专利号:ZL 2010 1 0506268.4实用新型证书号:1083732,授权日:20121121

[9]    张德远,张成茂,李诚,王斌,一种引导型、自动进给超声椭圆振动镗孔装置,申请号:201010506309.X,申请日:20101009

[10] 张德远,隗合怡,王斌,张成茂,一种引导自动进给镗孔动力联轴器,201010532783.X20101101

[11] 张德远;隗合怡;王斌;张成茂;一种引导自动进给镗孔动力联轴器,201020592993.320101101证书号:1926752,授权:20110907

[12] 张德远;王斌;张成茂;一种飞机机身、机翼交点对合加工夹具装置,201010526030.820101025

[13] 张德远;王斌;张成茂;一种防干涉飞机机身、机翼交点对合加工夹具装置,201010526069.X20101025

[14] 张德远,司品浩,李文:一种大长径比变截面细长轴超声椭圆振动车削加工方法,申请号:201010253206.7,申请日:20100813日;专利号:ZL 2010 1 0253206.7证书号:974684,授权日:20120620日。

[15] 张德远;吕建路;吴吉良;李翔;一种压电阀门,申请号:201010548997.6,申请日:20101118;专利号:ZL 2010 1 0548997.6证书号:986939,授权日:20120704日。

[16] 张德远,秦威,吕维迪,对气密性不合格的起落架活塞杆进行镀铬层修复的加工方法。201010503404.420101012证书号:882102,授权:20111221

[17] 张德远,秦威,吕维迪,超声椭圆振动挤压装置及用其进行零件表面光整的振动挤压加工方法,201010224697.220100713;专利号:ZL 2010 1 0224697.2证书号:893545,授权日:20120111

[18] 张德远;蔡军;潘骏峰;王瑜,一种用于制作生物芯片的硅藻阵列化定位加工方法,申请号:201010236124.1,申请日:20100726;专利号:ZL 2010 1 0236124.1证书号:1040411;授权日:20120905日。

[19] 张德远;姜兴刚;刘静;秦龙刚;陈允全,陈丽丽,徐菁;一种应用于气钻的超声振动锪窝装置,申请号:201010543608,申请日:20101115;专利号:ZL 2010 1 0543608.0证书号:1039632,授权日:20120905日。

[20] 张德远,何风涛,姜兴刚,刘静,吴吉良,张国华,陈平,张宜德,喻洪松,一种应用于气钻的超声振动套铰加工装置,201010543592.320101115证书号:1095020,授权:20121205副本证书号:1095020

[21] 张德远,骆悦豪,天然气管道内壁涂层形貌的滚压成型方法及其滚压成型装置,申请号:201010107316.2,申请日:2010.02.09证书号:846365,授权:20110928

[22] 张德远,司品浩,阎林松,一种高速连续超声径向振动切削方法及其实现装置,申请号: 201010536095.0,申请日:20101104

 

2009年度:(8?24

[1] 张德远,韩鑫,连志阳,李元月,李翔,采用脉冲电铸方法制作有鳞生物表皮形貌复制模板的复制方法,申请号:200910076509.3,申请日:200916证书号675269,授权20100922

[2] 张德远,王桂林,李文,姜兴刚,一种高频超声椭圆振动切削装置,申请号:200910079410.9,申请日:2009311证书号705387,授权20101201

[3] 张德远,卢慧敏,姜兴刚,秦威,张文全,一种切向伸缩激励式超声波扭转振动换能器,200910091125.9证书号725329,授权20110105

[4] 张德远卢慧敏,李光军,姜兴刚,韩凤起,一种高低频复合扭转振动攻丝装置,200910091126.3证书号724349,授权20110105

[5] 张德远,姜兴刚,袁野,李文,一种多刀超声振动切削装置,200910091128.2证书号798071,授权20110105

[6] 张德远,吕维迪,秦威,袁野,基于双激励纵弯椭圆换能器的超声椭圆振动挤压加工装置,200910091127.8证书号727997,授权20110622

[7]    张德远,连志阳,蔡军,张文强,袁黎明,以硅藻土为模板的电磁波吸收微粒及其制备方法,申请号:200910087803.4;专利号:ZL 2009 1 0087803.4证书号:983711,授权日:20120704

[8] 张德远,李文,张文全,利用换能器的电学特性对超声椭圆振动切削状态进行在线监测的系统,200910235733.2,申请日:20091022日;证书号:817499,授权:20110727

2008年度:(6?16

[1] 张德远,张文全,李文,一种弯扭模式转换型超声波扭转振动换能器,申请号:200810104074.4,申请日:2008415证书号646756,授权20100630

[2] 张德远,孔凡霞,张成茂,一种用于制孔的压电式高刚性中频振动刀柄,申请号:200810222672.1,申请日:2008922证书号578385,授权2009129

[3] 张德远,李翔,韩鑫,肖华,浮动式椭圆超声振动微雕刻装置,申请号:200810223198.4,申请日:2008927证书号578387,授权2009129

[4] 张德远,高正博,马晓杰,超声振动钻孔的回转式换能器主轴装置,申请号:200810223545.3,申请日:2008107证书号578388,授权2009129

[5] 张德远,韩鑫,李元月,李翔,具有自润滑沟槽复合减阻功能的仿鲨鱼蒙皮及其制作方法,申请号:200810224303.6,申请日:20081016证书号656433,授权20100811

[6] 张德远,马晓杰,高正博,张成茂,一种能够快速对中的超声振动锥柄,申请号:200810224963.4,申请日:20081028证书号:662337,授权20100602

2007年度:(1?10

[1] 张德远、韩鑫、李翔,采用热压印制作生物表皮形貌复制模板的复制工艺,中国发明专利,200710117619.0,2007.6.20证书号565072,授权20091028

2006年度:(1?9

[1] 张德远、韩凤起、李光军,一种用于振动制孔的斜凸轮式扭转振动器,中国发明专利200610089694.62006.7.12证书号397718,授权2008521

2004年度:(1?8

[1] 蔡军、李雅芹、陈博、张德远,一种吸波材料及其制备方法,国防发明专利,200410028889.02004-02-23申请,国密第13378,授权:20121128

2003年度:(2?7

[1] 张波、张德远、郑新芬,声学聚焦换能器,实用新型,ZL200420003466.92003申请,证书号683327, 授权200532

[2] 陈志同、郑新芬、张德远,一种用于钻孔的振动装置,发明,ZL03137581.22003申请,证书号202028,授权200532

[3] 陈志同;韩凤起;张德远;刀柄式振动攻丝装置,ZL03127992.920030428申请,

2002年度:(2?5

[1]    张德远,李雅芹,蔡军,黎向峰,“以微生物细胞为模板的空心金属颗粒的制备方法”,专利号:ZL02130836.5证书号246433,授权2006125

[2]    张德远,陈志同,季远,姜兴刚,“变参数振动钻削微孔的设备”,发明,专利号:ZL02158694.2证书号196776,授权2005223北京市支持。科技处:陈艳秋

90年代:(3?3

[1]    张德远,陈鼎昌,“一种高效多功能振动攻丝机”,专利号:93120021.0, 1993

[2]    王立江,张德远,赵继,“喷油嘴喷孔加工工艺及技术”,专利号:89109290.0, 1989

 [3] 张德远,陈鼎昌,“一种主轴安装型扭矩遥测刀柄”,专利号:93114993.2, 1993

学术与社会服务

l   总装生物交叉专业组专家

l   北航高评委

l   国际《Journal of Bionic Engineering》编委

中国生物制造学会主任委员

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