Muhammed Burak Agir

Muhammed Burak Agir is a Researcher in Mechanical and Aerospace Engineering, specializing in computational fluid dynamics and rarefied gas dynamics. His work focuses on vortex engineering, shock wave interactions, and multiphase flow phenomena. He contributes to the Space Systems Research Group, addressing challenges in aerospace engineering such as planetary surface interactions and high-speed flow modeling.

Research Interests: His primary focus includes vortex dynamics in low-pressure environments, shock wave diffraction, and the development of open-source computational tools for multiphase rarefied flows. His work bridges theoretical modeling with practical applications in space systems, particularly in understanding plume-surface interactions for lunar missions.

Publications & Projects: Agir has contributed to peer-reviewed articles on topics like gas-surface interactions and rarefied flow simulations. He collaborates on projects involving low Earth orbit systems and space thrusters. His research utilizes advanced numerical methods and open-source software to model complex fluid dynamics scenarios.

Award & Editorial Roles: While no specific awards are cited, he actively participates in peer review for journals like CEAS Space Journal and serves on the editorial board of Asrel Aerospace Research Letters.