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Parametric design of FIA F1 engines

机译:FIA F1发动机的参数设计

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摘要

The paper compares V10 F1 engine solutions developed in compliance with the 2001 FIA Technical Regulations. Similarity rules and non-dimensional parameters from previous projects are used to define geometric and operating parameters for partly similar engine solutions basically differing in the bore/stroke ratio. Five different bore values are considered, B=94, 96, 98, 100 and 102 mm, thus producing bore/stroke ratios B/S=2.176, 2.319, 2.465, 2.621 and 2.779, respectively. Results are presented as computed classical engine outputs versus engine speed, including brake, indicated and friction values. By increasing the bore size, both power output and engine speed for maximum power operation increase. Conversely, only engine speed increases while torque output reduces for maximum torque operation. By using the sharpest car acceleration criteria, the engine with bore B=98 mm reaches the highest score.
机译:本文比较了符合2001 FIA技术法规的V10 F1发动机解决方案。来自先前项目的相似性规则和非维度参数用于定义部分类似的发动机解决方案的几何和操作参数基本上在孔/行程比中不同。考虑五种不同的孔口值,B = 94,96,98,100和102mm,因此分别产生孔/中风比例B / s = 2.176,2.319,2.465,2.621和2.779。结果显示为计算的经典发动机输出与发动机速度,包括制动器,指示和摩擦值。通过提高孔径,功率输出和发动机速度的最大功率运行增加。相反,只有发动机速度增加,而扭矩输出减少了最大扭矩操作。通过使用最锐利的汽车加速标准,具有钻孔B = 98mm的发动机达到最高分。

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