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Renhui Hu
Institution:
Changchun University of Technology
Observed institution:
Changchun University of Technology
ORCID:
0000-0003-1836-7436
Observed ORCID:
0000-0003-1836-7436
OpenAlex ID:
A5037928830
Design and performance study of a rotating piezoelectric wind energy harvesting device with wind turbine structure
2022
·
Lipeng He
, Yuhang Han
, et al.
·
Energy
·
39
Composite piezoelectric-electromagnetic synchronously powering and sensing device for vehicle monitoring
2023
·
Yuhang Han
, Lipeng He
, et al.
·
Energy Conversion and Management
·
27
Performance study of external Laval tube diffusion/nozzle piezoelectric pump
2023
·
Renhui Hu
, Lipeng He
, et al.
·
Sensors and Actuators A Physical
·
21
Recent studies on the application of piezoelectric pump in different fields
2023
·
Renhui Hu
, Lipeng He
, et al.
·
Microsystem Technologies
·
19
A piezoelectric energy harvester for collecting environment vibration excitation
2022
·
Lipeng He
, Xiangfeng Gu
, et al.
·
Renewable Energy
·
18
Research on the performance of a valveless piezoelectric pump with a herringbone bluffbody
2023
·
Dahai Yu
, Renhui Hu
, et al.
·
Review of Scientific Instruments
·
9
Principle and experimental study of a combined teardrop and heart-shaped channel bluffbody valveless piezoelectric pump
2024
·
Dahai Yu
, Renhui Hu
, et al.
·
Review of Scientific Instruments
·
8
Performance analysis of a combined rhinoceros horn and V-channel valveless piezoelectric pump
2023
·
Lipeng He
, Renhui Hu
, et al.
·
Microsystem Technologies
·
7
Performance analysis of synthetic jet micropump based on double piezoelectric actuators
2022
·
Dianbin Hu
, Lipeng He
, et al.
·
Journal of Micromechanics and Microengineering
·
6
Research on a large opening and high flow rate piezoelectric pump with straight arm wheeled check valve
2022
·
Lipeng He
, Yi Hou
, et al.
·
Review of Scientific Instruments
·
6
Performance study of a valveless piezoelectric pump with built-in semi-arc bluffbody antique tower channel
2023
·
Renhui Hu
, Chensheng Wang
, et al.
·
Review of Scientific Instruments
·
5
A Novel Direct‐Current Piezoelectric Energy Harvester with Sustainable Output
2022
·
Lei Liu
, Lipeng He
, et al.
·
physica status solidi (a)
·
4
A Wind Energy Harvester Based on Piezoelectric Magnetic Compound
2022
·
Lipeng He
, Xiangfeng Gu
, et al.
·
physica status solidi (a)
·
4
Performance analysis of cascade type three-chamber piezoelectric pump
2023
·
Renhui Hu
, Lipeng He
, et al.
·
Microsystem Technologies
·
3
Performance analysis of a novel flat lay-type synthetic jet pump with Y-shaped jet chamber
2023
·
Lipeng He
, Renhui Hu
, et al.
·
Review of Scientific Instruments
·
3
A compound cantilever beam piezoelectric harvester based on wind energy excitation
2022
·
Zheng Zhang
, Lipeng He
, et al.
·
Review of Scientific Instruments
·
3
Numerical simulation and experimental verification of a valveless piezoelectric pump based on heteromorphic symmetric bluff body
2022
·
Haichen Jiang
, Yi Hou
, et al.
·
Review of Scientific Instruments
·
3
Development of an inertial piezoelectric pump with separable chamber
2022
·
Longhai Li
, Yi Hou
, et al.
·
Review of Scientific Instruments
·
2
A piezoelectric-driven resonant unit for high-viscosity-liquid injection
2022
·
Yi Hou
, Lipeng He
, et al.
·
Review of Scientific Instruments
·
1
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Works count:
19
Citation count:
188
H-index:
7
I10-index:
5
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