Research

My research involves developing computational models and analysis methods to investigate aeroelastic phenomena in the next generation of aerospace vehicles, focusing on advancing the understanding of new configurations and supporting their design.


Research Areas


Active Projects 

Funding: U.S. Army, U.S. Navy, and NASA under the Georgia Tech Vertical Lift Research Center of Excellence (VLRCOE)

Role: Co-PI with Carlos Cesnik (U-M), Dates: 2021–2026

Funding: Georgia Tech Aerospace Engineering School Fellows Program

Role: PI. Collaborators: Graeme Kennedy (co-PI, GT), Dates: 2023 (Jan–Dec)

Funding: Georgia Tech Aerospace Engineering School Fellows Program

Role: co-PI. Collaborators: Alvaro Romero-Calvo (PI, GT) and Joe Oefelein (co-PI, GT), Dates: 2023 (Jan–Dec)


Completed Projects

Funding: Airbus

Role: GT sub-award PI (2022), previously U-M key personnel (2017–2021), Dates: 2017–2022

Funding: Airbus

Role: GT sub-award PI (2022), previously U-M key personnel (2017–2021), Dates: 2017–2022


Working Groups

Journal Articles

(* = co-first authors, ** = mentored student, articles from 2022 are published while a faculty member at Georgia Tech)

Total published articles: 13

2023

2022

2021

2020

2019

2018

2017

2016

Under Review

Conference Proceedings

(presenter, ** =  mentored student, articles published in and after 2022 are published while a faculty member at Georgia Tech)

Total published articles: 23

2023

2022 

2021

2020

2019

2018

2017

2015

Other Publications

For a complete list of publications, check out my CV or Google Scholar profile.