Authors :
Rituraj Malvade; Jay Patil; Harsh Patel; Shubhangi Gurav
Volume/Issue :
Volume 7 - 2022, Issue 3 - March
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/37B1CNI
DOI :
https://doi.org/10.5281/zenodo.6480703
Abstract :
This work is about the comparison of the
previous and the following aerodynamic design
considerations for Formula 1 cars. FIA, the governing
body of motorsport, introduced new vehicle design for the
next era considering better racing and safety measures for
the drivers. The new regulations have major changes in
design approach of the front and rear wings and the body
which dictate the aerodynamics of the car. Aerodynamics
plays an important role in achieving the speed desired by
the driver as well as it is also responsible to keep the cars
glued to the road. In this paper, a review of the analysis of
Aerodynamics of the previous cars will be carried out and
compared to find the reasons and advantages and
disadvantages of the new design.
Keywords :
Aerodynamics, Formula, Cars, Motorsport, Fluid Analysis.
This work is about the comparison of the
previous and the following aerodynamic design
considerations for Formula 1 cars. FIA, the governing
body of motorsport, introduced new vehicle design for the
next era considering better racing and safety measures for
the drivers. The new regulations have major changes in
design approach of the front and rear wings and the body
which dictate the aerodynamics of the car. Aerodynamics
plays an important role in achieving the speed desired by
the driver as well as it is also responsible to keep the cars
glued to the road. In this paper, a review of the analysis of
Aerodynamics of the previous cars will be carried out and
compared to find the reasons and advantages and
disadvantages of the new design.
Keywords :
Aerodynamics, Formula, Cars, Motorsport, Fluid Analysis.
