This work reveals the existence of a new dynamic load amplification mechanism due to
ground surface loads. It is caused by the interaction between a moving vehicle's axle …

The land speed record vehicle, Bloodhound, undertook testing at subsonic and low
transonic speeds (up to Mach 0.8) at Hakskeen Pan, South Africa, during October and …

Abstract Projectile accelerations above 500~ ms^-2 500 ms-2 are commonly encountered in
aerodynamic applications, but suitable validation data are rare in this regime. Experimental …

This paper describes the design optimisation study used to aerodynamically optimise the
fairings that cover the rear wheels of the Land Speed Record vehicle, BLOODHOUND …

The purpose of designing the ultra-high-speed electric vehicle is to break through the top
speed all over the world. To make the vehicle achieve 400 mph running speed, the design of …

The article examines the collision of railcars based on the solution of hydrodynamic
equations using shock waves during the transition from weak nonlinearity to perturbations of …

Inspired by the world land speed record vehicles, the Thrust and Bloodhound Supersonic
Cars (SSC); this investigation considers the influence of ground effect and acceleration on …

Several new mathematical issues have been set for the development of high-speed
transport, which can be solved in the framework of hydrodynamics to describe the process of …

The world's fastest electric vehicle was researched. The vehicle dynamics model, driveline
model, braking system model was established and the energy storage, electrical energy …