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In this paper a go-kart has been designed, simulated, fabricated and tested for probable feasibility for undergraduate students to explore different aspect of vehicle and develop their own go-kart. This go-kart will be used to compete with other student karts from various college at national level. The design requirements are as per guidelines by rulebooks provided various association conducting the...
Increasing automation of vehicle guidance is one of the major trends in the automotive industry. Some auto makers have announced that automated vehicles will be deployed in public traffic by the end of this decade (level 4 in sense of the definition of SAE, level 5 later). Until then, one central challenge is ensuring functional safety of automated vehicles. Still, it is not clear how safety concepts...
The paper presents results of analytical and experimental investigations on advanced control functions of decoupled electro-hydraulic brake system. These functions address continuous wheel slip control, variation of the brake pedal feel, and brake judder compensation. The performed study demonstrates that the electro-hydraulic brake system has improved performance by relevant criteria of safety and...
Technology development has paved the way for enhancement of safety features in a car which has become an important buying factor for customers. Such enhancement demands more computing power. The Electronic Control Units with multicore architecture can be a solution. This offers parallelism which improves the response time of the system. In this paper, Electronic Stability Control and Antilock Braking...
This paper discusses about derivation of potential of regenerative braking from Indian driving perspective and it also evaluates parameters useful for system design using data analysis. The fuel efficiency potential and other calculation results are based on Indian homologation cycle and collection of real world driving data which was condensed into meaningful drive cycles for prominent Indian cities...
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