This research aims to develop, enhance, and validate infrastructure-based hierarchical control framework designs for improving the mobility of large-scale heterogeneous t[...]

Human-automation teaming (HAT) is gaining importance in military and commercial applications with autonomous vehicles because it promises to improve performance, reduce o[...]

To stay competitive within the gas turbine community, turbine aero designers strive to maximize the total work output of each turbine stage through a combination of airfo[...]

The sustainability requirement for both the energy and environment has triggered clean energy usage in the automotive industry such that electric vehicles (EVs) powered b[...]

Studying aerodynamics using Computational Fluid Dynamics (CFD) analysis of external flows is a crucial element in the design and development of modern-day road and racing[...]

The focus of this thesis is on automation in road asset inspection using deep neural networks. Even though some progress has been made in automation of data collection an[...]

External aerodynamic simulation of a rotor system is far more challenging compared to simulations involving fixed wing aircraft. This is because the surrounding flow fiel[...]

Optimally modulating a vehicle's speed profile through highway, urban, and suburban environments can result in pronounced fuel savings, particularly with heavy-duty vehic[...]

Lithium-ion batteries (LIB) are widely being used in the field of electric vehicles, their high-power density, low resistance, compactness and low self-discharge rate. Th[...]