The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics applied to road vehicle aerodynamics. It introduces the main concepts of drag, lift, boundary-layer, wake separation, and so on. It also describes the importance and relevance of aerodynamics in the development process of new car models. Aerodynamics has a significant influence on other road vehicle properties such as performance, handling, contamination, and comfort. These aspects are highlighted in the chapter. An overview of a typical aerodynamic development process for high volume production cars is given. It explains the need for attribute balancing, engineering compromises, as well as other considerations such as costs and manufacturin...
Aerodynamics, especially for passenger vehicles, have an enormous impact on the design and performa...
Aerodynamics, the study of air motion around solid objects, allows us to understand and measure the ...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....
The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics ...
In this thesis are explained basic construction principles of body vehicle aerodynamics, drag coeffi...
. Technically, it is the study of the relative movement between all kind of fluis, not limited to ai...
A road vehicles aerodynamics can be one of the most influential aspects of its performance. With the...
The aerodynamic torsor of a vehicle is among the most crucial parameters in new car development. Thi...
This work is focused on the summary of the elements that contribute reducing aerodynamic resistance ...
The aerodynamic drag force is the single biggest resistance force for a passenger car to overcome at...
Vehicle manufacturers are today struggling to develop more energy efficient vehicles that will meet ...
This bachelor’s thesis deals with aerodynamics of passenger cars, racing cars and trucks too. On the...
As a result of increasing demand of energy efficiency in ground transportation, the aerodynamic aspe...
Energy efficient vehicles will be required to meet future emission and fuel consumption requirements...
This paper presents the study of the overall aerodynamic performance of road vehicles and suggests a...
Aerodynamics, especially for passenger vehicles, have an enormous impact on the design and performa...
Aerodynamics, the study of air motion around solid objects, allows us to understand and measure the ...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....
The objective of this chapter is to briefly explain some of the basic principles of fluid mechanics ...
In this thesis are explained basic construction principles of body vehicle aerodynamics, drag coeffi...
. Technically, it is the study of the relative movement between all kind of fluis, not limited to ai...
A road vehicles aerodynamics can be one of the most influential aspects of its performance. With the...
The aerodynamic torsor of a vehicle is among the most crucial parameters in new car development. Thi...
This work is focused on the summary of the elements that contribute reducing aerodynamic resistance ...
The aerodynamic drag force is the single biggest resistance force for a passenger car to overcome at...
Vehicle manufacturers are today struggling to develop more energy efficient vehicles that will meet ...
This bachelor’s thesis deals with aerodynamics of passenger cars, racing cars and trucks too. On the...
As a result of increasing demand of energy efficiency in ground transportation, the aerodynamic aspe...
Energy efficient vehicles will be required to meet future emission and fuel consumption requirements...
This paper presents the study of the overall aerodynamic performance of road vehicles and suggests a...
Aerodynamics, especially for passenger vehicles, have an enormous impact on the design and performa...
Aerodynamics, the study of air motion around solid objects, allows us to understand and measure the ...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....