An in-situ tire test rig was developed for field research on tire tractive and maneuverability performances.
The Eurofighter, as it is also known, is a multirole combat plane that couples stunning maneuverability and performance with cutting-edge sensors.
Active structural control of aircraft wings or helicopter blades (e.g., shapes, flaps, leading and/or trailing edges) can significantly enhance the aerodynamic efficiency and flight maneuverability of high-performance airplanes and helicopters.
After the different tests performed, it has been verified that the vehicle presents good maneuverability, a good traction performance in off-road driving, as well as a good slope-climbing capability.
Conventional tracked vehicles have superior cross-country capability compared to common wheeled vehicles, but poor maneuverability, especially poor steering performance.
Vertical tail buffeting is a serious multidisciplinary problem that limits the performance and maneuverability of twin-tail fighter aircraft.
Our proposed method realizes a balance between performance and maneuverability, as the power assist and the skill assist respectively, considering the energy of the system.
This paper investigates the feasibility of using both bow and aft rudders to achieve better maneuverability and path following performance of marine surface vessels in waves.
Automotive vehicle's performance, safety, maneuverability be influenced by multi-disciplinary factors such as car engine, tires, aerodynamics, and ergonomics of design.
