学术活动-西南交通大学

12

2023.10

仿昆虫结构低频隔振机理初步探索

题目：仿昆虫结构隔振低频隔振机理初步探索报告人：严博，教授，浙江理工大学时间：2023年10月12日16:00地点：犀浦校区X30224报告人简介：严博，工学博士，教授/博导，浙江理工大学机械工程学院院长助理，入选浙江省“万人计划”青年拔尖人才。长期从事高端装备动力学设计与控制、低宽频振动抑制、电磁阻尼设计及仿生隔振等领域研究。2014至2016在中国科学院空间应用工程与技术中心工作，主要从事空间结构设计与动力学设计等研...

12

2023.10

【创源大讲堂】The Caspian Sea through time: a mysterious sea

The Caspian Sea through time: a mysterious sea

25

2023.09

【创源大讲堂】多尺度地球动力学过程中颗粒物质的摩擦:从滑坡到地震

22

2023.09

【创源大讲堂】Large-scale Geological Storage of Carbon Dioxide in Deep Subsurface Reservoirs

22

2023.09

【创源大讲堂】Supraglacial rock avalanches in a warming world

22

2023.09

【创源大讲堂】现代地质力学与灾害防治的创新努力与经验

22

2023.09

【创源大讲堂】New insichts into the mechamical ad dyamic characteristics of native Nepalese complex granular slides

22

2023.09

【创源大讲堂】以乘客为中心的公共交通规划与运营

21

2023.09

【创源大讲堂】Dvnamic Amalvsis of Complex llaboratorylflows with Native Nepalese Supergrains

21

2023.09

首页

首页

交大要闻

媒体交大

通知公告

学术活动

交大融媒

仿昆虫结构低频隔振机理初步探索

【创源大讲堂】The Caspian Sea through time: a mysterious sea

The Caspian Sea through time: a mysterious sea

【创源大讲堂】多尺度地球动力学过程中颗粒物质的摩擦:从滑坡到地震

【创源大讲堂】多尺度地球动力学过程中颗粒物质的摩擦:从滑坡到地震

【创源大讲堂】Large-scale Geological Storage of Carbon Dioxide in Deep Subsurface Reservoirs

【创源大讲堂】Large-scale Geological Storage of Carbon Dioxide in Deep Subsurface Reservoirs

【创源大讲堂】Supraglacial rock avalanches in a warming world

【创源大讲堂】Supraglacial rock avalanches in a warming world

【创源大讲堂】现代地质力学与灾害防治的创新努力与经验

【创源大讲堂】现代地质力学与灾害防治的创新努力与经验

【创源大讲堂】New insichts into the mechamical ad dyamic characteristics of native Nepalese complex granular slides

【创源大讲堂】New insichts into the mechamical ad dyamic characteristics of native Nepalese complex granular slides

【创源大讲堂】以乘客为中心的公共交通规划与运营

【创源大讲堂】以乘客为中心的公共交通规划与运营

【创源大讲堂】Dvnamic Amalvsis of Complex llaboratorylflows with Native Nepalese Supergrains

【创源大讲堂】Dvnamic Amalvsis of Complex llaboratorylflows with Native Nepalese Supergrains

【创源大讲堂】Mechanical and Analytical description of the coeficient ofimpact pressure and mobilization leneth: Validation through flow-obstacleinteraction

【创源大讲堂】Mechanical and Analytical description of the coeficient ofimpact pressure and mobilization leneth: Validation through flow-obstacleinteraction