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【航宇大講堂】Evolution in Mechanical Engineering: Past and Future

發布信息精力:2021-11-10瀏覽次數:213公布者:顏士軒來源地:常州航空材料航空材料綜合大學

報告格式主題:Evolution in Mechanical Engineering: Past and Future統計人:Prof. Gabor Stepan(匈牙利布達佩斯技術工藝與經濟性大學考研)支持人人:沈星 教導上報精力:2022年110月11日 17:00—18:00(GMT+8)在線下載鏈接:騰訊騰訊工作會 668633511檢測結果資源引言:First, engineering education in Hungary is introduced, the location, the role, and the history of Budapest University of Technology are presented. The lifetime achievements of Theodor von Karman (Kármán Tódor) is summarized, which already leads to the international perspectives of mechanical engineering by means of his best ever student, Tsien Hsue-Shen (錢學森). Karman’s wisdom has an essential effect on many fields and topics of mechanical engineering through the globe from Japan through China and Germany to the United States. The story of the development of jet propulsion predicts the subsequent challenge: space exploration. Two examples are mentioned for research cooperation between our universities. The closing remarks deal with the task of how to attract excellent students to mechanical engineering which seems to remain the driving force for our technological development in the future.報告單人詳細介紹:Gabor Stepan客座教受,匈牙利籍,匈牙利完美院物理學員博士,荷蘭完美院物理學員博士,全球制造建筑工作完美院(CIRP)物理學員博士,愛沙尼亞完美院外藉物理學員博士,匈牙利完美院完美技藝部前任委員長,全球實際與軟件盟(IUTAM)常務執行主席,廣州飛防航天部大學時名聲客座教受,202半年“江蘇省當地政府友宜獎”得獎者者。Stepan客座教受是全球軟件測力界的非常知名學家,曾獲意大利廠家建筑工作師學得會 “Thomas K. Caughey Dynamics”獎,匈牙利最快完美技藝獎“Szechenyi Prize”等比較多名譽。關鍵的研究領域涉及到:具體分析測力(動態失衡性實際,非波形震動幅度,中長跑方程組組組);微分方程組組組(分岔實際,時滯微分方程組組組,渾沌);建筑工作軟件(汽車輪轂非波形動測力,工具人震動幅度與動態失衡性,非失衡動態失衡點處變不驚,人的身體及工具人失衡情況,術后康復工具人,廠家精加工,客運動測力)。