Research Projects
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一种惯质系数可调的二级结构惯容器
, 2021-07-10
-2023-10-18
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一种基于粒子群优化的车辆ISD悬架PDD控制理想模型
, 2022-03-08
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一种基于耦合效应的车辆ISD悬架研究方法
, 2022-12-12
-2024-10-10
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一种惯质系数无级可调的旋转式惯容器等三件专利
, 2024-05-06
-2024-10-10
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悬架动力学及控制算法封装
, 2023-12-15
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2024江苏高校青蓝工程-中青年学术带头人
, 2024-07-01
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纯电动汽车动惯性悬架动力学边界作用机理与协同控制
, 2024-04-16
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新型车辆机电惯性悬架系统集成设计及关键技术研究
, 2019-06-01
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基于ISD悬架动惯性效应的重型车辆道路友好性与平顺性协调机理及控制研究
, 2018-01-01
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轮毂电机驱动汽车动惯性悬架垂向振动负效应抑制机理与拓扑优化控制
, 2021-01-01
-2024-12-31
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车辆可控ISD悬架的机械网络拓扑机理与复合阻抗协调控制研究
, 2016-07-01
-2019-06-30
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杨晓峰
 email:3311d620f07c512081e6f20bfafe3a6ed11c83e93ea784ef3f28c0a1d2e07cfe05979ac7aabbf82e756d979564b8aa8d040abb5a79a228acc22e5f01db5cdaefe0c8e8b148039c961bd6c5867a78da5584782b2bed0e1a1abde56a32fbd89bffc4c4d4e65f868c5e47da45bd4f0cb21dd79631a0da78240932977dddc9cc3672 Telephone:221200dfcfb3d04708bbd2167da614ff80e7e8aa018d1317bdfad8175bee771ff40e5e59da342a4d8282e75949a3e64961dc874834869a55a514715d1a3a708494c5a61210647a55b5d393bf3d3fda3bfc428615ced62a675a6ceebb32ecef6bcc857b9322c65fc398dfcac962b31c3f19f3b04e5894f86c8147cd0a141b00a3 PostalAddress:4a4d841dd13d8f5770cb5a96f26a820af7b4913665eda0368cca0b8b16c9705278370cf85b9ea984f6ae3ca953791531328a7b65b2f1aa11eec11f22915cf3d122478a152849d4bd1479649ef84279776d22feec305238d0b1c7372a7f3582e68638eb82c44cbe02449f74dbc30f91e80a71b12f0411405513e54ae3529f6463 Fax:02c36aae6df127bda68889478d4b7ef68063e366ab00fc13a917f6ef1ffc8fcec7f21057f66b3dc9b2b1b48cc42b2a6c5f8eb3994e98ba6e21e95d02b560402258cfe4d4af6728675f43a23ac940db2b0a4e6914c482b84e40415429e11f93171ed49bd862a31caf601761bf94b296f4d0f9797394857cd698ec66e9065db90a ZipCode:9564f2566b4607182ff39c92457121c8d4fad4349f407040bf2c794cf12aed36a7ae9e1b8df76d745254a837a9d14ba310b2c3d1616d36fd753af4687483408ab86ba337fb4b7357a752e6e6ce4e1ac793bb13b89a4019a117f8896dd81a31272aeba8247cec2fed6123d45501277e0e3a06dea05a60951b5e16cf3cc5026459
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