胡杨｜上海大学｜学者主页

期刊论文

2026

机电复合传动系统机电磁控耦合动力学建模

颜克宇，项昌乐，高普，刘辉，胡杨，胡庆雷

《兵工学报》

2026

基于根轨迹优化的机电复合传动系统扭振抑制策略

杨殿钊，刘辉，高普，徐博宇，项昌乐，陈科，胡杨

《兵工学报》

2026

叠层式气体箔片推力轴承静动态特性试验研究

胡杨，张耀匀，李世强，罗欣洋

《摩擦学学报(中英文)》

DOI

2026

基于动力学统一模型的驱动故障容错控制技术

陈思源，魏超，胡杨，刘涛，李建国，马永健，崔健伟

《兵工学报》

2026

多轴分布式驱动车辆多目标协同控制技术研究与验证

张严，魏超，李志良，胡杨，刘涛，李建国，马永健，崔健伟

《兵工学报》

2025

多叶型空气箔片轴承静动特性试验研究

蔡胜民，胡杨，丁鹏静

《摩擦学学报(中英文)》

2022

基于多物理场耦合的可倾瓦滑动轴承性能优化分析

胡杨，孟永钢

《润滑与密封》

预印本

2026

A Heterogeneous Long-Micro Scale Cascading Architecture for General Aviation Health Management

Xinhang Chen, Zhihuan Wei, Yang Hu, Zhiguo Zeng, Kang Zeng, Wei Wang

arXiv preprint

2026

Smart Commander: A Hierarchical Reinforcement Learning Framework for Fleet-Level PHM Decision Optimization

Yong Si, Mingfei Lu, Jing Li, Yang Hu, Guijiang Li, Yueheng Song, Zhaokui Wang

arXiv preprint

2026

An Intelligent Fault Diagnosis Method for General Aviation Aircraft Based on Multi-Fidelity Digital Twin and FMEA Knowledge Enhancement

Zhihuan Wei, Yang Hu, Xinhang Chen, Yiming Zhang, Jie Liu, Wei Wang

arXiv preprint

2026

LiteInception: A Lightweight and Interpretable Deep Learning Framework for General Aviation Fault Diagnosis

Zhihuan Wei, Xinhang Chen, Danyang Han, Yang Hu, Jie Liu, Xuewen Miao, Guijiang Li

arXiv preprint

2021

A transfer learning enhanced the physics-informed neural network model for vortex-induced vibration

Hesheng Tang, Hu Yang, Yangyang Liao, Liyu Xie

arXiv preprint

数据集

2026

Experimental Static and Dynamic Characteristics ofMulti-layer Gas Foil Thrust Bearing

HU Yang, Zhang Yaoyun, Li Shiqiang, Luo Xinyang

ScienceDB

DOI

胡杨

精选作品

期刊论文

机电复合传动系统机电磁控耦合动力学建模

基于根轨迹优化的机电复合传动系统扭振抑制策略

叠层式气体箔片推力轴承静动态特性试验研究

基于动力学统一模型的驱动故障容错控制技术

多轴分布式驱动车辆多目标协同控制技术研究与验证

多叶型空气箔片轴承静动特性试验研究

基于多物理场耦合的可倾瓦滑动轴承性能优化分析

预印本

A Heterogeneous Long-Micro Scale Cascading Architecture for General Aviation Health Management

Smart Commander: A Hierarchical Reinforcement Learning Framework for Fleet-Level PHM Decision Optimization

An Intelligent Fault Diagnosis Method for General Aviation Aircraft Based on Multi-Fidelity Digital Twin and FMEA Knowledge Enhancement

LiteInception: A Lightweight and Interpretable Deep Learning Framework for General Aviation Fault Diagnosis

A transfer learning enhanced the physics-informed neural network model for vortex-induced vibration

数据集

Experimental Static and Dynamic Characteristics ofMulti-layer Gas Foil Thrust Bearing

研究方向