孫鳳

瀋陽工業大學副教授

孫鳳,1978年6月出生,工學博士,中共黨員,瀋陽工業大學機械工程學院講師,碩士生導師。

人物簡介


瀋陽工業大學機械工程學院講師孫鳳
瀋陽工業大學機械工程學院講師孫鳳
孫鳳在2002年本科畢業於瀋陽工業大學機械製造工藝與裝備專業,2005年,碩士畢業於瀋陽工業大學機械製造及其自動化專業,2010年博士畢業於日本高知工科大學智能機械基礎工學專業。2011年被評為瀋陽工業大學第三批青年學術骨幹教師,同年,被共青團瀋陽市委聘任為首批瀋陽市青年學術導師。研究方向為數控機床及永磁懸浮相關技術。主講課程:先進位造技術、幾何量公差與檢測、機械製造裝備設計、大學生計算機基礎等。

科研工作


主持國家自然科學基金青年基金1項“節能型永磁懸浮系統的實現機理與特性研究”,遼寧省博士啟動基金1項“節能型自複位式永磁懸浮系統的特性與實驗研究”;校級教改項目1項“課堂上培養學生綜合能力的准角色互換式教學方法的改革與實踐”。並作為主要參加人完成國家自然科學基金2項,參研縱橫向課題10餘項,參研項目榮獲國家機械部、遼寧省、及瀋陽市科技進步獎各1項。先後在《日本機械學會會刊》、《日本電氣學會會刊》等國內外著名期刊雜誌上發表學術論文40餘篇,其中SCI 收錄1篇,EI/ISTP收錄7篇。參加譯著1部。

代表論文


(1). Feng SUN, Koich OKA and Junjie Jin, A Zero Suspension Force Improvement Method of a Permanent Magnetic Suspension Device, the International Journal of Applied Electromagnetic and Mechanics, Vol.41 (2013), No.3, pp.3-12..
(2). Feng SUN and Koich OKA, Magnetic Suspension Using Variable Flux Path Control Mechanism with Permanent Magnet (Simultaneous Suspension Experiment of Two Iron Balls), Trans. of JSME Series C, Vol.78, No.792, pp.2771-2780, 2012.
孫鳳,岡宏一,円盤磁石を用いた可変磁路制御機構による磁気浮上(二つの鉄球同時浮上実験), 日本機械學會論文集(C 編), Vol.78, No.792, pp.2771-2780, 2012
(3). Koichi Oka, Feng Sun and Junjie Jin, Improvement Methods of Zero Suspension Force Performance of Variable Flux Path Control Device, Journal of the Japan Society of Applied Electromagnetics and Mechanics, Vol.20,
(4). Feng SUN, Tao HONG and Koich OKA, IEM Analysis of Noncontact Spinning Magnetic Suspension System, Pro. of ICMA2012, CD-ROM, pp.920-925, Chengdu, China, August, 2012.
(5). Feng SUN, Koich OKA, Junjie Jin, Tao HONG, Yingyuan LU, Semi-Zero Power Control of a Permanent Magnetic Suspension System with Constant Air Gap Length, Pro. of ISMB13, USB, No.20, pp.1-8, Arlington, USA, August, 2012.
(6). Feng SUN, Yingyuan LU, Xingwei SUN, and Koich OKA, Simulation Analysis of Parallel Permanent Magnetic Suspension Using Flux Path Control, Pro. of IEEE MACE2012,, Baotou, China, July, 2012.
(7). Koichi Oka, Feng Sun, Akira Tsurumi and Gota Nakamura, Study of the Spinning Mechanism Resulting from Permanent Magnet Linear Actuation, Materials Science Forum Vol. 721, (2012), pp 255-260.
(8). 孫鳳,金俊傑,王亞剛,趙喜盛,懸掛式永磁懸浮系統的懸浮特性分析,組合機床與自動化加工技術,
(9). 孫興偉,劉萬濤,孫鳳,王可,徑向磁懸浮軸承的功耗分析,機械工程與自動化,Vol.4,
(10). Feng SUN, Koichi OKA and Akira TSURUMI, Torque Analysis of a Noncontact Spinning System Using Linearly Actuated magnets, Journal of Japan Society of Applied Electromagnetics and Mechanics, Vol.19,
(11). SUN Feng, JIN Junjie and OKA Koichi, Noncontact Magnetic Suspension of an Iron Ball Using Flux Path Control Mechanism, Advanced Materials Research Vols. 230-232 (2011) pp. 573-577.
(12). Feng SUN and Koichi OKA, Feasibility Analysis of Two Iron Balls’ Simultaneous Suspension Using Flux Path Control Mechanism, Trans. of JSME, Journal of System Design and Dynamics, Vol.5 (2011),
(13). Feng Sun, Junjie Jin, Koichi Oka, Characteristics Analysis of Noncontact Spinning Mechanism with Numerical Simulation, Advanced Materials Research, Vols. 308-310 (2011)
(14). Feng Sun, Koichi Oka, Junjie Jin, Improvement of Zero Suspension Force Performance Using a Special Magnet for a Magnetic Suspension Device, Advanced Engineering Forum, Vol.2-3, 2012
(15). Feng SUN, Koich OKA and Yuuta SAIBARA, Magnetic Suspension System by Flux Path Control Using Rotary Actuator, the International Journal of Applied Electromagnetic and Mechanics, Vol. 33 (2010), No.1-2, pp. 769-776.
(16). 孫鳳,岡宏一,永久磁石とVCMを用いた懸垂型磁気浮上機構における零パワ制御,日本機械學會論文集(C編),Vol.75 (2009), No.753, pp.1383-1388.
(17). Feng SUN and Koichi OKA, Noncontact Spinning Mechanism Using Rotary Permanent Magnets, IEEJ Transactions on Industry Applications, Vol.130 (2010), No.7, pp. 913-919.
(18). 孫鳳,岡宏一,円盤磁石の回転を用いた磁路制御形非接觸浮上機構の開発,日本機械學會論文集(C編),Vol.76 (2010), No. 771, pp. 2976-2981.
(19). Feng SUN and Koichi OKA, Zero Power Non-Contact Suspension System with Permanent Magnet Motion Feedback, Trans. of JSME, Journal of System Design and Dynamics, Vol.3 (2009),
(20). 王可,孫興偉,陳欣,孫鳳,唐長平,錐形雙螺桿擠出機螺桿轉子的數控制造技術研究,瀋陽工業大學學報,4 (2007) , pp: 361-364.
(21). 王可,孫鳳,付玉升,李卉,開放式數控系統在專用數控機床上的應用研究,組合機床與自動化加工技術,12 (2004).
(22). Feng SUN and Koichi OKA, Analysis on Semi-Zero Power of a Permanent Magnetic Suspension System, the 3rd International Symposium on Frontier Technology, CD-ROM, Kochi, Japan. (2011-7)..
(23). Koichi Oka, Feng Sun, Akira Tsurumi, Gota Nakamura, Study on Spinning Mechanism by Permanent Magnet Linear Actuation, The Seventh Japanese-Mediterranean and Central European Workshop on Applied Electromagnetic Engineering for Magnetic, Superconducting and Nano Materials, pp 60-61, Budapest, Hungary, (2011-7).
(24). Feng Sun, Koichi Oka and Junjie Jin, Improvement Methods of Zero Suspension Force Performance of Variable Flux Path Control Device, Pro. of the 20th MAGDA conference in Pacific Asia, pp 476-481, Kaohsing, Taiwan, (2011-11).
(25). Koichi Oka, Akira Tsurumi, Gota Nakamura and Feng Sun, 2 DOF Suspension System by Variable Flux Control Using a Rotary Disk Magnet, Pro. of the 8th International Symposium on Linear Drives for Industry Application, pp 146-147, Eindhoven, the Netherlands, (2011-7).
(26). Feng SUN and Koichi OKA, Noncontact Rotation Control for Suspension Iron Ball Using Disk Magnet, Proceeding of The First Japan-Korea International Joint Symposium on Dynamics and Control, No.09-208, pp.155-156, Sapporo, Japan, (2009.8).
(27). Feng SUN, Koichi OKA and Toru TAKECHI, Simultaneous Noncontact Suspension of Two Iron Balls Using Flux Path Control Mechanism, Proceeding of The 10th International Conference on Motion and Vibration Control, No.10-203, 2A14, Tokyo, Japan, (2010.8).
(28). Feng SUN, Akira TSURUMI and Koichi OKA, Torque Analysis of a Noncontact Spinning System Using Linearly Actuated magnets, Proceeding of Asia-Pacific Symposium on Applied Electromagnetics and Mechanics 2010, pp. 108-109, Kuala Lumpur, Malaysia, (2010.7).
(29). Feng SUN and Koichi OKA, Characteristics Analysis of Magnetic Suspension Mechanism with Variable Flux Path Control, Proceeding of The 12th International Symposium on Magnetic Bearings, No.11, pp.154-160, Wuhan, China, (2010-8).
(30). Feng SUN, Koichi OKA and Saibara, Yuuta, Magnetic Suspension System by Flux Path Control Using Rotary Actuator, Proceedings of 14th International Symposium on Applied Electromagnetics and Mechanics, pp.289-290, Xi’an, China, (2009-9).
(31). Feng SUN and Koichi OKA: Zero Power Control for Permanent Magnetic Suspension System, Proceeding of The 11th International Symposium on Magnetic Bearings, No.631, pp. 489-495, Nara, Japan (2008-8)
(32). Koichi OKA and Feng SUN, Noncontact Spinning Mechanism Using Rotary Permanent Magnets, Proceeding of the 7th International Symposium on Linear Drivers for Industry Applications 2009, No.PS2.1, pp. 125-128, Incheon, Korea, (2009-9)
(33). Koichi OKA and Feng SUN, Zero Power Control for Mechanical Magnetic Suspension System Using Spring Force, Proceeding of 6th Japanese-Mediterranean Workshop on Applied Electromagnetic Engineering for Magnetic, Superconducting and Nano Materials, pp. 251-252, Bucharest, Romania, (2009-7)
(34). 孫鳳,岡宏一:永久磁石の吸引力を利用した懸垂型磁気浮上機構における零パワ制御,Dynamic and Design Conference 2008,No.660, pp. 373,橫浜,日本 (2008-9)
(35). 孫鳳,岡宏一:アクチュエータ駆動による非接觸回転駆動機構(円板磁石の回転による駆動),第21回「電磁力関連のダイナミクス」シンポジウム,No.20B4-1, pp207-212,長野,日本(2009-5)
(36). 孫 鳳,岡 宏一,西原 雄太:回転モータを利用した浮上システムの開発,Dynamic and Design Conference 2009,No.436, pp. 231,札幌,日本 (2009-8)
(37). 孫 鳳,岡 宏一, 運動制御による鉄球の回転機構のトルク特性, 電気學會 リニアドライブ研究會, LD-09-051 p.23, 產業技術総合研究所秋葉原事業所大會議室2 (千代田區,東京) 日本(2009-10)
(38). 孫 鳳,岡 宏一, 円板磁石の回転による非接觸回転駆動機構, SICE Annual Conference 2009, CD-ROM of SICE 2009, 高知工科大學(香美市, 高知県), 日本(2009-11)
(39). 孫 鳳,岡 宏一, 運動制御に基づく磁気浮上機構の零パワー制御, 第52回自動制御連合講演會, CD-ROM, 大阪大學基盤工學研究科 (豊中市,大阪府), 日本(2009-11)
(40). 武智 徹,孫 鳳,岡 宏一, 円板磁石の回転を用いた磁路制御形非接觸浮上機構, SICE Annual Conference 2009, CD-ROM of SICE 2009, 高知工科大學(香美市, 高知県), 日本(2009-11)
(41). 西原 雄太,孫 鳳,岡 宏一:永久磁石を用いたロータリー式磁気浮上機構,日本機械學會中四國學生會 第39回學生員卒業研究発表講演會,No.1205,pp.239,山口大學(宇部市, 山口県),日本(2009-3)
(42). 岡 宏一,孫 鳳, 永久磁石とリニアアクチュエータを利用した非接觸浮上機構の零パワー制御, 第11回「運動と振動の制御」シンポジウム, No.B22, pp. 291-294, アクロス福岡 (福岡市,福岡県), 日本(2009-9)
(43). 岡 宏一,孫 鳳, 永久磁石と回転形モータを磁路制御型磁気浮上機構, 第11回「運動と振動の制御」シンポジウム, No.B27, pp. 452-455, アクロス福岡 (福岡市,福岡県), 日本(2009-9)
(44). 岡宏一,孫鳳,永久磁石の回転による磁路制御形磁気浮上機構の浮上性能の評価,電気學會 半導體電力変換/リニアドライブ合同研究會,SPC-09-186/ LD-09-76, pp. 115-120,浜名湖かんざんじ荘(浜松市,靜岡県),日本(2009-12)
(45). 武智徹,孫鳳,岡宏一,楠川量啟,永久磁石を用いた磁路制御形非接觸浮上機構開発,日本設計工學會四國支部平成21年度研究発表講演會論文集, pp.11-14, 香川大學(高松,香川),日本(2010-3)
(46). 鶴身輝,孫鳳,岡宏一,楠川量啟,永久磁石を用いた非接觸浮上?回転機構の開発,日本設計工學會四國支部平成21年度研究発表講演會論文集,pp.15-18, 香川大學(高松,香川),日本(2010-3)
(47). 孫鳳,鶴身輝,岡宏一,円盤磁石の回転駆動による非接觸回転裝置のトルク特性分析,第22回「電磁力関連のダイナミクス」シンポジウム,九州,日本(2010-5)
(48). 孫鳳,鶴身輝,岡宏一,永久磁石を用いた非接觸回転駆動機構のトルク特性,Dynamic and Design Conference 2010,CD-ROM,No.725,京都,日本 (2010-9)
(49). 孫鳳,武智徹,岡宏一,円板磁石を用いた可変磁路制御機構による2つの鉄球浮上,Dynamic and Design Conference 2010,CD-ROM,No.735,京都,日本 (2010-9)
(50). 孫鳳,鶴身輝,岡宏一,永久磁石の運動制御を用いた非接觸回転機構-回転トルク特性の考察-,第53回自動制御連合講演會, CD-ROM, pp.655-660,高知,日本,(2010.11).
(51). Feng Sun, Koichi Oka and Junjie Jin, Improvement of Zero Suspension Force Performance Using a Special Magnet for a Magnetic Suspension Device, Pro. of ICMIT2011, No. 301, CD-ROM, Shenyang, China. (2011-8).