Guest Editors
Dr. Fuqiang Chen, Associate Professor, Beijing University of Chemical Technology, China
Dr. Fuqiang Chen received his PhD degree from Zhejiang University and engaged in postdoctoral research at Tsinghua University. His research interests include aerodynamic stability, flow control, monitoring and diagnosis, and etc. He received the Shuimu Tsinghua Scholar Award from Tsinghua University in 2019. He has published over 30 peer-reviewed journal or conference articles, and served as the reviewer for over ten journals. He has participated in numerous research projects and currently serves as a Guest Editor for two SCI journals.
Summary
Fluid machinery is an umbrella term used to describe all machines that convert energy with the help of a fluid. Such machines are often a key component in various fields. The related aerodynamic/fluid-dynamic behavior and performances are closely related to fluid/structure or fluid/material interaction mechanisms. Analysis and optimization of these aspects can therefore improve the performances of these systems, guide material selection and/or component shape definition, thereby enhancing the efficiency and stability of many systems of practical interest. Along these lines, this Special Issue is intended for the presentation of new ideas in the field of aerodynamic analysis and optimal design related to fluid machinery. Relevant systems include (but are not limited to) valves, steam turbines, gas turbines, aviation engines, rocket engines, compressors, intake ducts, wind blades, aerocrafts, helicopters, automobiles, fans, ventilators, and etc. The submitted papers are expected to display original analytical, numerical, or experimental results and physical interpretation of lasting scientific value.
The Special Issue is intended for, but not limited to, the following topics:
Aerodynamic analysis;
Acoustics;
Acoustic signal processing;
Fluid dynamics;
Turbulence flow;
Microfluid flow;
Compressible flow;
Computational Fluid Dynamics;
Materials and structures;
Signal and image processing;
Data fusion;
Complex system engineering;
Other fundamental/applied fluid mechanical phenomena and processes.
In all cases, the submitted paper is expected to provide indications or recommendations for the selection of relevant materials and/or component shape definition.
Keywords
Aerodynamic; Acoustic; Flow control; Fluid dynamics; Optimal design; Computational Fluid Dynamics; Structural control
Published Papers
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