[{"firstName":"Massimo","lastName":"Masi","email":"massimo.masi@unipd.it","company":null},{"firstName":"Zhiping","lastName":"Wang","email":"zpwang@morrisonproducts.com","company":"Morrison Products, Inc."},{"firstName":"Davide","lastName":"Cerbarano","email":"davide.cerbarano@uniroma1.it","company":"Sapienza University of Rome - Department of Mechanical and Aerospace Engineering (DIMA)"}]
Presentations
Note: Presentations may start a few minutes before the time listed in the schedule.
This session dives into numerical methods for fan design optimization.
Technical presentations will delve into aspects of fan aerodynamics and acoustics, highlighting the critical role of enhancing efficiency and controlling noise in fan design. Advanced numerical methods and experimental analyses for improving fan performance and durability will be presented.
Topics will span from investigation on tip vortex detection methods in low-speed axial fans to the study of dust erosion effects in counter-rotating fans. Aspects linked to design of concave volute tongues in centrifugal fans will also be faced, together with inverse design methods to optimize performance and acoustic emission of a fan for automative applications.
The contributions of this session offer insights in terms of fan design methodologies and practical solutions, addressing the challenge of energy consumption reduction in turbomachines.
Participant Role
Details
Action
Submission
Comparison of Vortex Detection Methods on the Numerical Simulation of Tip Leakage Flow of a Low-Speed Axial Fan
