Optimal Design and Efficiency Improvement of Fluid Machinery and Systems

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Editorial

30 June 2023

Editorial: Optimal design and efficiency improvement of fluid machinery and systems

Leilei Ji

,

Ramesh K. Agarwal

,

Kan Kan

,

Ran Tao

, 1 more and

Alexandre Presas

1,335 views

2 citations

Editors

7

Leilei Ji

Jiangsu University

Ramesh K Agarwal

Washington University in St. Louis

Kan Kan

College of Energy and Electrical Engineering

Yongfei Yang

Nantong University

Ran Tao

China Agricultural University

Yang Yang

Yangzhou University

Alexandre Presas

Universitat Politecnica de Catalunya

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About

Fluid machinery is a machine that converts energy with fluid as a working medium, including pumps, compressors, gas turbines, fans, etc. Due to global warming and other factors, people have begun to pay attention to carbon emission levels in the atmosphere. As a significant energy consumer, the operating efficiency of fluid machinery is directly related to carbon emissions. Therefore, the optimization design and efficiency of fluid machinery are increasingly valued. With the continuous development of computational fluid dynamics (CFD) and interdisciplinary research methods, scholars have proposed many new methods and ideas for the optimization of fluid machinery and its systems.

This Research Topic in Optimal Design and Efficiency Improvement of Fluid Machinery and Systems aims to bring together the latest research results in the field of fluid machinery, focusing on the internal flow, structural optimization and efficiency improvement of fluid machinery and systems. Summarizing these results can provide new ideas for research and application in the field of fluid machinery. This Research Topic encourages the submission of original research and review articles.

The scope of this Research Topic includes the following themes, but is not limited to:
• optimization design of fluid machinery and system
• efficiency optimization of fluid mechanical systems
• effectiveness evaluation method of fluid machinery and systems
• unsteady flow of fluid machinery and systems
• multiphase flow in fluid machinery

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Editors

Leilei Ji

Jiangsu University

Ramesh K Agarwal

Washington University in St. Louis

Kan Kan

College of Energy and Electrical Engineering

Yongfei Yang

Nantong University

Ran Tao

China Agricultural University

Yang Yang

Yangzhou University

Alexandre Presas

Universitat Politecnica de Catalunya

Impact

37,156 Total views

28,445 Article views

6,771 Article downloads

1,940 Topic views

Published In

Frontiers in Energy Research

Process and Energy Systems Engineering

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