Národní úložiště šedé literatury Nalezeno 3 záznamů.  Hledání trvalo 0.01 vteřin. 
Design of geometric elements to improve the aerodynamics of the front wing of the formula student car
Šulík, Daniel ; Trusík, Vojtěch (oponent) ; Štefan, David (vedoucí práce)
This master's thesis focuses on the design of a new front wing for Formula Student. The first chapter dissects basic aerodynamic concepts and principles utilized in wing aerodynamics design. The second chapter showcases front wing concepts from various Formula Student teams. The third chapter introduces the official regulations for Formula Student 2024, primarily focusing on vehicle aerodynamic devices. The fourth chapter presents iterative designs of front wings modelled in Creo 7.0. The fifth chapter explains the process of preparing the model for simulation and demonstrating how vehicle geometry is adjusted in the SpaceClaim environment. Furthermore, it elaborates on generating the computational mesh and setting boundary conditions for car simulations on straights and in cornering. The initialization process of the task and the computation itself are also explained. The sixth chapter evaluates the results from simulations. Aerodynamic values such as downforce and drag are analysed on the front wing. Changes in the vehicle's COP position and the velocity and pressure fields around the front wing are also monitored. Flow characteristics around the underfloor, whose aerodynamic efficiency depends on the front wing design, are analysed too. The seventh chapter explains the production process and composition of the front wing.
Aerodynamic properties of different front wing specifications on formula race car
Šulík, Daniel ; Zemanová, Lucie (oponent) ; Štefan, David (vedoucí práce)
This bachelor’s thesis focuses on the aerodynamic properties of front wings on Formula 1 cars. The first chapter discusses the basic aerodynamic principles of fluids and gases. The second chapter discusses the historical evolution of front wings in Formula 1. Third chapter talks about the latest aerodynamic regulations and their benefits for the sport. In the last chapter there is a practical part with an air flow simulation on four different wings and their aerodynamic properties are compared.
Aerodynamic properties of different front wing specifications on formula race car
Šulík, Daniel ; Zemanová, Lucie (oponent) ; Štefan, David (vedoucí práce)
This bachelor’s thesis focuses on the aerodynamic properties of front wings on Formula 1 cars. The first chapter discusses the basic aerodynamic principles of fluids and gases. The second chapter discusses the historical evolution of front wings in Formula 1. Third chapter talks about the latest aerodynamic regulations and their benefits for the sport. In the last chapter there is a practical part with an air flow simulation on four different wings and their aerodynamic properties are compared.

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