姓名: | 陈振雷 | ||||||
系/所: | 船舶与海洋工程系/船海工程研究所 | ||||||
职务: | |||||||
职称: | 教授 | ||||||
电话: | |||||||
电子邮件: | |||||||
通讯地址: | 宁波大学梅山校区国产直播 南楼1608 |
研究领域
发动机、挖掘机等高端制造CAE仿真与试验检测研究,主要研究方向为包括船舶与海洋工程机械的强度与疲劳、流场与性能、振动与噪声的计算机仿真与试验检测,工程问题质量提升与成本控制解决方案,工程机械节能减排解决方案。
个人简介
一、纵向项目
[1] 宁波市“2025”专项:高性能水下推进电机及推进系统的研发及产业化,(ZX2021000007),主持,2020.01–2022.12.
[2] 浙江省自然科学基金:智能厨房油烟颗粒物模拟及控制机理研究(LGG22E080020),主持,2022.01 – 2024.12.
[2] 国家自然科学基金面上项目: 高温和高应变率下冷弯钢结构的动力失稳和撕裂的耦合失效研究(11972203),参加,2020.01–2023.12.
二、横向项目
[1] 宁波方太厨具有限公司:宁波大学—方太健康智慧厨房系统集成研究院,2020.01 – 2026.04
[2] 三一重起有限公司:SAC1300T起重机热平衡性能优化,2019.04–2020.04.
[3] 安徽柳工起重机有限公司:柳工TC800C5起重机整机减振降噪研究,2019.09–2020.08.
[4] 宁波北仑昆安机电设备有限公司 :台塑宁波PDH厂管道振动与噪声测试分析,2024.07–2024.08.
[5] 宁波爱发科真空技术有限公司:罗茨真空泵关键零件仿真及分析,2022.10–2023.012.
[6] 宁波方太厨具有限公司:方太油烟颗粒物模拟及控制研究与技术开发,2022.06–2023.10.
[7] 福州景优仿真技术有限公司 :贝克密封科技数字工厂研发,2024.01–2024.10.
[8] 浙江车中电车有限公司 :客车动力系统减震研究, 2023.07–2024.07.
[9] 宁波方太厨具有限公司:方太蒸烤微机底板结构设计优化技术开发, 2021.06–2022.06.
SCI论文名称 | 时间 | 作者及排名 | |
1 | Stress and fatigue analysis of engine pistons using thermo-mechanical model | 2019.4.7 | Zhenlei CHEN*,Junxiong LIAO,Jiancheng Li, SHIfan |
2 | Flexural buckling of sandwich beams with thermal-induced non-uniform sectional properties | 2019.4.20 | Zhenlei Chena, Jiancheng Lia, Longfei Suna, Long-yuan Lib,∗ |
3 | Behavior Modeling and Individual Recognition of Sonar Transmitter for Secure Communication in UASNs | 2020.8 | Shi Fan, Chen Zhenlei*, Cheng Xiaochun |
4 | Air quality and thermal comfort analysis of kitchen environment with CFD simulation and experimental calibration | 2020.2 | Zhenlei Chena, b, Jianjian Xina, b, *, Penyong Liu |
5 | 基于直角网格法的单个和阵列布置下柔性水翼绕流的数值模拟 | 2020.1 | 辛建建 陈振雷* |
6 | Numerical simulation of nonlinear sloshing in a prismatic tank by a Cartesian grid based three-dimensional multiphase flow model | 2020.5 | Jianjian Xin a,b,* , Zhenlei Chen a,b , Fan Shi a,b , Fulong Shi c , Qiu Jin |
7 | Thermal balance performance simulation and optimization of full-ground crane cabins | 2021.2 | Yongkang Shi, Zhenlei Chen*, Haitao He, Fan Shi, Penyong Liu and Yong Wang |
8 | A radial basis function-based ghost cell method for complex rigid or flexible moving boundary flows | 2021.1 | 辛建建、陈振雷*、石凡、石伏龙、金秋 |
9 | Numerical investigation of turbocharger turbine temperature field based on conjugate heat transfer | 2021.8 | Peng Liang, Zhenlei Chen*, Panyou Liu, Shi Fan |
10 | Study on the Influence of Fresh Air System of Range Hood on Kitchen Air Quality | 2022.6 | Xuefeng Xu 、,Liang Peng 、,Bingsong Yu 、Zhenlei Chen*,Fan Shi 、Haitao He |
11 | An efficient three-dimensional multiphase fluid structure interaction model | 2023.1 | Jianjian Xin, Fulong Shi, Zhenlei Chen, Guochun Xu |
12 | Self-Attention ConvLSTM for Spatiotemporal Forecasting of Short-Term Online Car-Hailing Demand | 2022.6 | Hongxia Ge、ZHENELI CHEN* |
13 | Study on Spatial and Temporal Distribution Characteristics of | 2023.9 | MinTing Ding,ZhenLei Chen* |
14 | Numerical investigation on hydrodynamic performance of shaftless rim-driven thruster | 2023.10 | Peng Liang, Zhenlei Chen* |
15 | Research on optimal multivariate thermal error modeling based on finite-element analysis | 2023.3 | Peng Liang, Zhenlei Chen* |
16 | Numerical evaluation of the air quality and thermal comfort in the cooking kitchen under exhausting effects of the range hood | 2024.3 | Jianjian Xin a,c , Xuna Shi b,c,* , Feng Ye b,c,* , Zhenlei Chen a,d,* , Pandeng Yin a , MinTin Ding a , Baobin Miao |
17 | Web-flange distortional buckling of partially restrained CFS beams under uplift loading | 2022.12 | CHEN ZHENLEI、Zhao Juan、Li Long Yuan、Zhao Juan、 |
18 | An efficient large-deformation fluid-structure interaction model for flow | 2023.3 | Jianjian Xi n a , b , * , Zhenle i Chen a , b , ** , Fulong Sh i c , Baobin Miao a , b , Yang Yang a , b , Shunhu a Chen |
19 | Research on Thermal Characteristics Modeling of CNC Machine Tools Based on Submodel Method | 2024.3 | Liang Peng1, Leilei Cheng1, Liangguo Cheng1, Zhenlei Chen1* |
20 | Coronary Hemodynamic Simulation Study | 2024.1 | Cheng Leilei,Chen Zhenlei* |
21 | Prediction of Surface Settlement in the Cross-passage by FIG-SVM Approach | 2023.8 | Liang Peng , Zhenlei Chen* ,Yaohong Zhu |
22 | Research on Thermal Characteristic Modeling of Feed System Based on Thermal Parameter Correction | 2024.1 | Peng Liang, Chen Zhenlei* |
23 | Research on Constant-Flow Water-Saving Device Based on Dynamic Mesh Transient Flow Field Analysis | 2024.8 | Shunyu Zhang; Boyan Li; Ang Li; Bingsong Yu; Zhenlei Chen; Peng Jiang |
24 | Research on Improving Kitchen Thermal Comfort Based on Optimization of Air Flow Distribution | 2024.8 | Shunyu Zhang1, Xiaoying Huang2, Ang Li2, Bingsong Yu2, Zhenlei Chen1,2* |
25 | Evaluation of the air quality and the thermal comfort in the kitchen fume environment under the fresh air supplement | 2024.7 | JianjianXina,c,XunaShib,c,*,FengYeb,c,ChenZhenleia,d,PandengYina,BaobinMiao |
一、课程教学
本科:《理论力学》、《现代造船工程应用软件1》
硕士:《船体振动与噪声》
博士:《渔业装备智能化控制》
二、人才培养
1.指导2016~2023级硕士生共34名。
2.指导博士生1名。
软件版权登记及专利
1、一种螺栓仿真分析方法, 陈振雷, 吕孝鲁, 李坚成, 授权时间:2022-12-06(已经授权)
2、一种无掩膜光刻机光学系统及其工作方法, 赵清岩, 于春令, 陈振雷, 岳立言,公开时间: 2023-01-13(实质审查)
3、一种基于多平台联合仿真的数控机床热态特性建模方法, 彭亮, 陈振雷, 石凡, 程磊磊, 成良国, 张顺雨, 谭勇强, 傅光杰,公开时间: 2023-11-24(实质审查)
4、基于冠状动脉造影重建冠状动脉模型的方法及相关设备, 何文明, 杨丰源, 王丽, 陈振雷, 谢燕青, 陆浩轩, 石凡, 郑荣跃,公开时间: 2023-04-18(实质审查)
学术兼职
1.“健康智慧厨房浙江省工程研究中心”技术委员会主任;
2.《Journal of Intelligent Manufacturing and Special Equipment》期刊编委