Aerodynamics has always been a driving force in motorsport and road vehicle design and development, and continues to play an important role. A significant advancement in race car aerodynamics was the development of the vehicle underbody to produce downforce, in particular the implementation of the diffuser. This thesis concentrates on the performance flow mechanisms found in simple rear diffusers commonly seen in motorsport applications. There is little published work on these mechanisms, especially the influence of the more commonly used multiple-channel diffusers
The edge vortices generated by a diffuser equipped bluff body in ground effect were experimentally s...
Since the fuel crisis of the 1970s, aerodynamic design has become essential to the vehicle design pr...
In this project a first approach of an in depth study on diffusers and aerodynamics of this elements...
Underbody diffusers are used widely in race car applications because they can significantly improve ...
The aerodynamic complexity of the underbody surfaces of conventional road vehicles is a matter of fa...
Diffusers and the floor ahead of them create the majority of the downforce a vehicle creates. Outsid...
Diffusers and the floor ahead of them create the majority of the downforce a vehicle creates. Outsid...
A ground-effect diffuser is an upwardly-inclined section of an automobile’s underbody which increase...
This thesis presents an investigation of the flow physics governing aerodynamic inter-action mechani...
This research project was focused on two related topics—hardware-in-the-loop aero- dynamic optimisat...
In this experimental and computational study a novel application of aerodynamic principles in alteri...
AbstractThe aerodynamic characteristics have a great influence on the fuel economics and the steerin...
The aerodynamic complexity of the underbody surfaces of conventional road vehicles is a matter of fa...
This project focuses on explaining and understanding the functioning of diffusers and their importan...
Energy efficient vehicles will be required to meet future emission and fuel consumption requirements...
The edge vortices generated by a diffuser equipped bluff body in ground effect were experimentally s...
Since the fuel crisis of the 1970s, aerodynamic design has become essential to the vehicle design pr...
In this project a first approach of an in depth study on diffusers and aerodynamics of this elements...
Underbody diffusers are used widely in race car applications because they can significantly improve ...
The aerodynamic complexity of the underbody surfaces of conventional road vehicles is a matter of fa...
Diffusers and the floor ahead of them create the majority of the downforce a vehicle creates. Outsid...
Diffusers and the floor ahead of them create the majority of the downforce a vehicle creates. Outsid...
A ground-effect diffuser is an upwardly-inclined section of an automobile’s underbody which increase...
This thesis presents an investigation of the flow physics governing aerodynamic inter-action mechani...
This research project was focused on two related topics—hardware-in-the-loop aero- dynamic optimisat...
In this experimental and computational study a novel application of aerodynamic principles in alteri...
AbstractThe aerodynamic characteristics have a great influence on the fuel economics and the steerin...
The aerodynamic complexity of the underbody surfaces of conventional road vehicles is a matter of fa...
This project focuses on explaining and understanding the functioning of diffusers and their importan...
Energy efficient vehicles will be required to meet future emission and fuel consumption requirements...
The edge vortices generated by a diffuser equipped bluff body in ground effect were experimentally s...
Since the fuel crisis of the 1970s, aerodynamic design has become essential to the vehicle design pr...
In this project a first approach of an in depth study on diffusers and aerodynamics of this elements...