Computational Modelling of DBD Actuators and Electrodynamic Analysis

Computational Modelling and Electrodynamic Analysis of DBD Actuators

• Duration: 05/2020 - 09/2021
• Type of Research: Computational, Theoretical, Experimental
• Institution or Organization: Compressible Flow Laboratory, Amirkabir University of Technology
• Supervisor: Dr. Amirnader Askarpour, Dr. Sahar Noori
• Mentor: Dr. Gholamreza Abidzadeh (for the second part)

Description

My bachelor’s research was dual-faceted, focusing on both the electrodynamic analysis and computational modeling of Dielectric Barrier Discharge (DBD) actuators. Initially, I delved into the simulation of plasma layers in actuators, exploring their electrodynamic properties. Subsequently, I extended my research to the computational modeling of DBD actuators, integrating the effects of low-frequency plasmons into aerodynamic simulations, which significantly enhanced our understanding of plasma actuation processes.