Modeling and Computational Fluid Dynamic Analysis of F1 Front-Wing using ANSYS

This paper is an outcome of the activity of work for modeling and CFD analysis of front wing F1 car. The configuration of the F1 front wing is done using ANSYS software. Using the ANSYS software the modeling and analysis of computational fluid dynamics is performed. As it’s a known thing that F1 cars have the high speed to move on the roads. Hence the drag and lift forces are emphasized for understanding. During the modeling process the starting object is developed as a consequence of the basic front wing & then holds only the end & base plates. The 2nd one is high downward force configuration and it consists of other additional elements of the wing. ANSYS is the software that is used for long time and used vividly as user friendly for the engineers and to professionals to accomplish the role of modeling, CFD analysis. The present analysis is used for the generative design and to use the ANSYS for the design and modeling of front wing. In the coming sections below the details will be discussed briefly by the modeling processes and the sources of dimensions & the results of the aerodynamic study. It can also enlist the concepts and outcomes that are required for understanding the multiple facets of aerodynamic effects along the contact surfaces of the F1. Further it also to be believed to have the information belongs to the modeling as well as analysis which is very much useful to the future mob, who have the aspiration to make the best out of the derived outcomes.