Gecheng Zha

Gecheng Zha

University of Miami

H-index: 39

North America-United States

About Gecheng Zha

Gecheng Zha, With an exceptional h-index of 39 and a recent h-index of 31 (since 2020), a distinguished researcher at University of Miami, specializes in the field of CFD, flow control, turbomachinery, fluid-structural interaction, aircraft design.

His recent articles reflect a diverse array of research interests and contributions to the field:

Fluid systems and methods that address flow separation

Supersonic Inlet Systems

Fluid Systems Having A Variable Configuration

Improved Delayed Detached Eddy Simulation of Co-Flow Jet Flow Control in Extreme Adverse Pressure Gradients

Simulation of 3D Flapped Co-Flow Jet Airfoil with Quasi-Micro-Compressor from Low Speed to Cruise

Flapped CoFlow Jet Airfoil for High Lift Cruise at Low Reynolds Number in Martian Atmosphere

Analysis of Wall Jet Flow in EAPG with Super-Lift Coefficient

Distortion elimination for serpentine duct at various Mach numbers using co-flow jet active flow control

Gecheng Zha Information

University

Position

___

Citations(all)

6077

Citations(since 2020)

3314

Cited By

4044

hIndex(all)

39

hIndex(since 2020)

31

i10Index(all)

130

i10Index(since 2020)

85

Email

University Profile Page

Google Scholar

Gecheng Zha Skills & Research Interests

CFD

flow control

turbomachinery

fluid-structural interaction

aircraft design

Top articles of Gecheng Zha

Fluid systems and methods that address flow separation

2024/3/5

Supersonic Inlet Systems

2024/2/29

Fluid Systems Having A Variable Configuration

2024/1/11

Improved Delayed Detached Eddy Simulation of Co-Flow Jet Flow Control in Extreme Adverse Pressure Gradients

2024

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Simulation of 3D Flapped Co-Flow Jet Airfoil with Quasi-Micro-Compressor from Low Speed to Cruise

2024

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Flapped CoFlow Jet Airfoil for High Lift Cruise at Low Reynolds Number in Martian Atmosphere

2024

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Analysis of Wall Jet Flow in EAPG with Super-Lift Coefficient

2024

Gecheng Zha
Gecheng Zha

H-Index: 27

Distortion elimination for serpentine duct at various Mach numbers using co-flow jet active flow control

Aerospace Science and Technology

2024/1/1

Gecheng Zha
Gecheng Zha

H-Index: 27

Deflected Slip Stream Wing System with Coflow Jet Flow Control

2023/3/9

Fluid Systems That Include a Co-flow Jet

2023/2/23

Enhancing aircraft control surface effectiveness by co-flow jet flap at low energy expenditure

Aerospace science and technology

2023/2/1

Gecheng Zha
Gecheng Zha

H-Index: 27

Low Speed Characteristics Study of Various Supersonic Airfoils Using Co-Flow Jet Active Flow Control

2023

Gecheng Zha
Gecheng Zha

H-Index: 27

Study of Fuel Consumption Reduction Using CoFlow Jet Empennage on B-787-8

2023

Gecheng Zha
Gecheng Zha

H-Index: 27

Enhancing Supersonic Rudder Control Surface Using Co-flow Jet Active Flow Control

2023

Gecheng Zha
Gecheng Zha

H-Index: 27

Study of 3d flapped coflow jet wings for ultra-high cruise lift coefficient

2023

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Injection Duct Height Distribution Control for Co-Flow Jet Airfoil

2023

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Simulation of 3D Co-Flow Jet Airfoil Control with Micro-Compressor Actuator at High Angles of Attack

2023

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Control Surfaces for Supersonic Airfoil Using Co-flow Jet Active Flow Control

2023

Gecheng Zha
Gecheng Zha

H-Index: 27

Control Stability Study of a Tailless High-Speed Tandem-Wing VTOL Vehicle Using CoFlow Jet

2023

Yan Ren
Yan Ren

H-Index: 9

Gecheng Zha
Gecheng Zha

H-Index: 27

Deflected Slipstream Airfoil for VTOL Hover Enabled by CoFlow Jet, Part I: Design and Simulation

2023

Gecheng Zha
Gecheng Zha

H-Index: 27

Yan Ren
Yan Ren

H-Index: 9

See List of Professors in Gecheng Zha University(University of Miami)

Co-Authors

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