By David Tremayne
Top F1 journalist David Tremayne unravels the mysteries of contemporary Grand Prix vehicle layout. The authoritative, greatly illustrated textual content explains simply how an F1 automobile works, and this revised and up-to-date 3rd version comprises new fabric in regards to the principles adjustments brought for the 2009 season. The philosophy and know-how at the back of the chassis, engine, transmission, electronics, guidance, suspension, brakes, tires and aerodynamics are analyzed, and the real query of ways those elements and platforms have interaction is explored. this can be an soaking up perception into the secretive and technology-driven international of racing vehicle layout at its optimum point.
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Kinematic toe changes resulting from body roll during cornering can also influence vehicle self-steering behavior [26]. Steer angles at the rear wheels should be kept to a minimum, as large angle changes can have a negative effect on vehicle tracking. Rear wheel roll steer can also help compensate for undesired steering effects, for example those caused by elastic properties of the suspension or steering systems. The combined effects of roll steer and steering resulting from elastokinematic effects must be optimized during the kinematic layout of a suspension system (Figure 1-43).
Table 1-2: Comparison of the properties and evaluation criteria that are relevant for the analysis and selection of different powertrain configurations [13] Engine Configuration Longitudinal Front Driven Axle Front Rear All Transverse Front Front All RearMounted Rear All MidMounted Rear All Exterior Dimensions 1 + + + ++ + + + – – Interior Space 2 + + o ++ + – – –– –– Trunk Size 3 ++ + + ++ ++ –– –– o – Division of Space 4 + o o ++ + – – –– –– Platform Compatibility 5 + ++ + ++ + o o o o Axle Requirements 6 + o – ++ o + o + – Empty Vehicle Weight 7 + o – ++ – + – + – Payload/Trailer Cap.
Highpowered vehicles can benefit from all-wheel-drive even on dry roadways. The rapid development of lighter and more efficient automobiles has led to automakers increasingly taking advantage of the improved traction and driving dynamics offered by all-wheel-drive. The high torque ratings of modern diesel engines make a complete transfer of power to the roadway difficult with only one driven axle. 6), full torque can only be transferred to the road surface in second gear. All-wheel-drive combines the advantages of frontwheel-drive and rear-wheel-drive, with disadvantages including high costs, increased weight, and greater fuel consumption.
The Science of Formula 1 Design. Expert analysis of the anatomy of the modern Grand Prix car by David Tremayne
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