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Informative Article | Science and Technology | India | Volume 8 Issue 11, November 2019
High - Speed Savior: Exploring Formula One's HALO Frame using Impact Simulations
Rajesh Kandula [4] | Chinnababu Anima [3]
Abstract: The relentless pursuit of speed in Formula One racing often collides with the paramount concern for driver safety. The sport has witnessed devastating accidents throughout its history, prompting continuous advancements in car design and safety regulations. The introduction of the Halo frame in 2018 marked a significant watershed moment, ushering in a new era of driver protection against potentially fatal head injuries. Central to this research is an extensive examination of the Halo frame, specifically designed to shield drivers from debris during collisions. We meticulously analyze the frame's structural integrity under conditions of high - speed impact, utilizing advanced simulation techniques. The core of our analysis involves the use of ANSYS for structural assessment, where we simulate debris impacts on the Halo at a velocity of 225 Kmph. This approach allows us to measure the frame's deflection and stress responses under such extreme conditions. This paper aspires to influence future safety regulations and car design in the sport by aligning the high - speed demands of Formula One racing with robust safety mechanisms. The goal is to ensure that the relentless pursuit of speed does not compromise the paramount concern of driver safety.
Keywords: Formula One, Safety Regulations, Halo Frame, High-Speed Impact Simulation, ANSYS Structural Assessment
Edition: Volume 8 Issue 11, November 2019,
Pages: 1999 - 2002