教师名录

傅琪迪其他
所在院系:实践与创新中心
办公室:机械楼 2号楼 404
电话:
邮箱:fqd@seu.edu.cn
个人简介
学习经历
工作经历

2024.10-至今 ,best365官方网站登录入口 best365官方网站登录入口 


教授课程
研究方向
结构动力学、振动噪声控制、结构优化设计、CAE
审稿期刊

MSSP、Symmetry、Applied Acoustics、Journal of Applied Physics、Smart Materials and Structures、JASA

学术兼职
获奖情况
论文著作

1. Modular reconfigurable quasi-zero-stiffness isolators: design, analysis, and experimentApplied Mathematics and Mechanics. (SCI , JCR Q1, 唯一通讯)

2.   Reconfigurable low-stress isolator for flexible shock and vibration isolationInternational Journal of Mechanical Sciences. (SCI , JCR Q1, 唯一通讯)

3.  A tunable acoustic coil structure coupled with porous material linings for customized perfect absorptionJournal of Applied Physics.  (SCI , JCR Q1, 唯一通讯)

4.  Dynamic property investigation of segmented acoustic black hole beam with different power-law thicknesses, Smart Materials and Structures (SCI , JCR Q1, 一作) ;

5.  Parametric studies and optimal design of the exponents collocation of a segmented acoustic black hole beam, Applied Acoustics (SCI , JCR Q1, 一作) 

6.  Linear quadratic optimal control with the finite state for suspension system, Machines (SCI, JCR Q2, 一) ;

7. Surrogate Model-based Multi-objective Design Optimization of Vibration Suppression Effect of Acoustic Black Holes and Damping Materials on a Rectangular Plate, Applied Acoustics (SCI , JCR Q1, 通讯作者) 

8. Numerical Investigation of Dynamic Properties of The Beam with Segmented Acoustic Black Hole Indentations, 12th International Conference on Mechanical and Aerospace Engineering (EI , 一作) ;

9.  A fast calculation method for optimization design of the key component in the steering mechanism of mining trucks (Conference paper, 一作) 

10. The vibration isolation characteristics of torsion bar spring with negative stiffness structure, Mechanical Systems and Signal Processing (SCI, JCR Q1, 二作) ;


科研项目

纵向课题

1. 国家自然科学基金青年项目,2027.01-2029.12,主持,在研

横向课题

1. 海工及民用航空装备用摇篮五轴机床核心部件结构设计与样机研制-子课题,(横向课题,子课题负责人,在研)

2. 博西华净饮机噪声源分析及降噪设计,(横向课题,负责人,已结题)

3. 基于声学黑洞的核电主控室及管道装置减振降噪研究,(专利成果转化,负责人,在研)

4. Megmeet麦格米特制氧机减振降噪技术研究(横向课题,负责人,在研)

专利

(1) 张建润,傅琪迪. 一种具有多级分段声学黑洞结构的液阻减振 (专利,2023,已成果转化)

(2) 傅琪迪,张建润. 一种嵌有微穿孔结构的声学黑洞组合式降噪结构  (专利,2026)

(3) 张成林,陈贇伟,张建润,傅琪迪等. 一种声学黑洞吸声装置  (专利,2026)


傅琪迪 结构动力学、振动噪声
Tel:
Email:fqd@seu.edu.cn
Add:
Personal Introduction
Educational Background

1. Modular reconfigurable quasi-zero-stiffness isolators: design, analysis, and experimentApplied Mathematics and Mechanics. (SCI , JCR Q1, 唯一通讯)

2.   Reconfigurable low-stress isolator for flexible shock and vibration isolationInternational Journal of Mechanical Sciences. (SCI , JCR Q1, 唯一通讯)

3.  A tunable acoustic coil structure coupled with porous material linings for customized perfect absorptionJournal of Applied Physics.  (SCI , JCR Q1, 唯一通讯)

4.  Dynamic property investigation of segmented acoustic black hole beam with different power-law thicknesses, Smart Materials and Structures (SCI , JCR Q1, 一作) ;

5.  Parametric studies and optimal design of the exponents collocation of a segmented acoustic black hole beam, Applied Acoustics (SCI , JCR Q1, 一作) 

6.  Linear quadratic optimal control with the finite state for suspension system, Machines (SCI, JCR Q2, 一) ;

7. Surrogate Model-based Multi-objective Design Optimization of Vibration Suppression Effect of Acoustic Black Holes and Damping Materials on a Rectangular Plate, Applied Acoustics (SCI , JCR Q1, 通讯作者) 

8. Numerical Investigation of Dynamic Properties of The Beam with Segmented Acoustic Black Hole Indentations, 12th International Conference on Mechanical and Aerospace Engineering (EI , 一作) ;

9.  A fast calculation method for optimization design of the key component in the steering mechanism of mining trucks (Conference paper, 一作) 

10. The vibration isolation characteristics of torsion bar spring with negative stiffness structure, Mechanical Systems and Signal Processing (SCI, JCR Q1, 二作) ;


Professional Experience
Teaching

纵向课题

1. 国家自然科学基金青年项目,2027.01-2029.12,主持,在研

横向课题

1. 海工及民用航空装备用摇篮五轴机床核心部件结构设计与样机研制-子课题,(横向课题,子课题负责人,在研)

2. 博西华净饮机噪声源分析及降噪设计,(横向课题,负责人,已结题)

3. 基于声学黑洞的核电主控室及管道装置减振降噪研究,(专利成果转化,负责人,在研)

4. Megmeet麦格米特制氧机减振降噪技术研究(横向课题,负责人,在研)

Research Interests

(1) 张建润,傅琪迪. 一种具有多级分段声学黑洞结构的液阻减振 (专利,2023,已成果转化)

(2) 傅琪迪,张建润. 一种嵌有微穿孔结构的声学黑洞组合式降噪结构  (专利,2026)

(3) 张成林,陈贇伟,张建润,傅琪迪等. 一种声学黑洞吸声装置  (专利,2026)


Refereed Journals
Other Professional Activities
Selected Publications
Research Projects
Patents and Applications