Wyniki wyszukiwania - BazTech

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Strength calculations of the Formula 1 car survival cell

Barca Iga

Technologia i Automatyzacja Montażu

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2022

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nr 1

3--13

EN

The paper presents the results of calculations by the finite element method (FEM) of the monocoque survival cell of a Formula 1 car designed with the use of a sandwich structure in accordance with the Formula 1 Technical Regulations of 2020. The guidelines for the chamber geometry and the necessary certification tests were presented. Proposed solutions in the field of materials for the design of sandwich panels, including cladding made of carbon fiber reinforced laminates and honeycomb cores made of aluminum and titanium. The results of computer simulations were discussed. The analysis of the obtained results of numerical calculations shows that the height of the cell filler has the greatest impact on the strength of the analyzed structure.

PL

W pracy przedstawiono wyniki obliczeń metodą elementów skończonych (MES) komory przetrwania typu monocoque bolidu Formuły 1 projektowanej z wykorzystaniem struktury przekładkowej zgodnie z Regulaminem Technicznym Formuły 1 z 2020 roku. Przedstawiono wytyczne dotyczące geometrii komory oraz niezbędnych testów certyfikacyjnych. Zaproponowano rozwiązania w zakresie materiałów do projektowania płyt przekładkowych, w tym okładzin wykonanych z laminatów wzmacnianych włóknem węglowym oraz rdzeni typu honeycomb przygotowanych z aluminium i tytanu. Omówiono wyniki symulacji komputerowych, uwzględniając również koszty przyjętych rozwiązań. Analiza otrzymanych wyników obliczeń numerycznych wskazuje, że największy wpływ na wytrzymałość analizowanej struktury ma wysokość wypełniacza komórkowego.

2

Powertrain technology transfer between F1 and the automotive industry based on Mercedes-Benz

Kalociński T., Rymaniak Ł., Fuć P.

Combustion Engines

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2018

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R. 57, nr 1

3--13

EN

The paper presents evolution of the Formula One powertrain systems and its synergies with the Automotive industry. The article emphasises the influence of trends in the Automotive industry and general environmental awareness on the Formula One development. The technical regulations introduced by the FIA in 2006 made a first steps to align Formula One technology progress with course of automotive world. Improvements of the regulations in 2009 and 2014, gradually introduced hybrid systems to the Formula One and made its technology more relevant to the current production vehicles. On the other hand, paper also shows the examples of the automotive projects which utilised Formula One technology features and qualities. This review analyses technology transfer based on Mercedes-Benz and other companies dependent on Daimler AG.

3

Challenges for logistics in the pinnacle of motorsports - Formula 1

Dębicki T.

Archives of Transport System Telematics

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2008

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Vol. 1, iss. 1

3-7

EN

The article refers to the challenges for the logistics which comes together with the organization of big sports events. The article is based on the example of the most demanding discipline which is Formula 1. It is here, where besides the latest technologies and the best drivers in the world, the latest methods of managements are applied as well as modern logistics techniques. New ideas of modern logistics were born in this highly demanding field. The logistics issues will be followed by very important aspects in preparing to the season, the race, and the qualifying that is the analysis of telemetric data, which is transferred from the car to the garage every time the car is on track.