代表性学术论文: (1)Dong
Fei, Yang jianguo, Hu
Lei,
et al. Multi-Objective Matched Synchrosqueezing Chirplet
Transform for Fault Feature Extraction From Marine Turbochargers,IEEE
Access, vol. 11, pp. 80702-80715, 2023.(SCI检索,JCR1) (2)HU
Lei,
YANG Jianguo, YU Yonghua,Research
on Vibration Diagnosis Method of Valve Leakage for Marine Diesel
Engine. ICSV28, 24 to 28 July, Singapore , 2022.(EI检索,T3) (3)史成荫,胡磊,周振.热机耦合下低速柴油机活塞蠕变-疲劳寿命[J].内燃机学报,2022,40(04):357-363.(EI检索,T1) (4)HU
Lei,
YANG Jianguo, DOND Fei. Evaluation and sensitivity analysis of a
piston’s thermal load in a high-power diesel
engine,International
Journal of Engine Research,2021(5):146808742199863.(SCI检索,JCR2) (5)胡磊,杨建国,余永华.配气相位对大功率柴油机缸套热负荷影响及优化[J].中国航海,2021,44(02):59-65.(核心,T3) (6)HU
Lei,
YANG Jianguo, Yu Yonghua, DOND Fei. Analysis and Optimisation of
Thermo-Mechanical Coupling Load of Cylinder Head Considering
Fluid-Structure Interaction for a Marine High-Power Diesel
Engine. Energies, 2020,14(13),3697(SCI检索,JCR3) (7)HU
Lei, YANG
Jianguo,YU Yonghua.Design of measurement scheme and development
of integrated test system of main heated parts temperature field
for marine low-speed engine. 12th International Conference on
Measuring Technology and Mechatronics Automation,27-28
February, Phuket, Thailand,2020.(EI检索) (8)HU
Lei, YANG
Jianguo,YU Yonghua.PerformanceOptimization
and Thermal Conditions Analysis Optimizations Based on Genetic
Algorithm for a Marine Low-speed Diesel Engin. 13th International
Conference on Intelligent Computation Technology and
Automation,24-25
October,XI’AN,2020.(EI检索) (9)HU
Lei, YANG
Jianguo. Design of Performance Monitoring System for Diesel
Generators of Offshore Drilling Platform. OMAE2019, Glasgow, 9-14
June, 2019.(EI检索) (10)HU
Lei, YANG
Jianguo. Calculation and Analysis of Anti-Shock of Turbocharger
for Marine Diesel Engine. WCEAM&VETOMAC
2017,Brisbane,2-4 August,2017.(EI检索) 代表性发明专利: (1)船用涡轮增压器故障在线监测诊断方法、装置和存储介质,ZL202310052358.8 (2)基于燃烧和振动特性的船用发动机模块化微试验平台,ZL202211740226.6 (3)斯特林发动机气缸压力检测系统及其检测方法,Zl202210421269.1 (4)一种风机基础和塔架结构检测方法,ZL202010768201.1 (5)发动机受热件内壁面温度测量方法验证装置,ZL202010212215.5 (6)高精度液压拉伸器,ZL201911155289.3 (7)一种驱动发动机活塞无线传感模块的无源化装置,ZL201911148059.4 (8)船用低速机燃烧室零部件温度场可视化在线测试系统,ZL201811418909.3 (9)发动机活塞温度场遥测系统标定试验台,ZL201810062617.4 (10)集成式减振皮带轮特性试验装置,ZL201810190978.7 代表性软件著作权: (1)船舶柴油机实验虚拟信号发生系统,2023SR0616393 (2)海洋钻井平台原油发电机组做功平衡性在线监测报警系统,2022SR0701193 (3)船舶主推进动力装置综合监测系统,2022SR0532445 (4)风机基础和塔架结构检测系统,2020SR1244994 (5)船用发动机受热件温度测量系统,2020SR0256149 (6)船用柴油机示功图测量分析系统,2020SR0417463 (7)船用发动机主要受力部件应力测量系统。2020SR0247545 (8)船用低速机温度场和应力场测试系统V1.0,2019SR0109199 (9)发电柴油机组性能检测系统V1.0,2018SR069507 (10)热气机示功图测试系统,2017SR664366 |