Effect of Braking Force on Wheel Load and Braking Efficiency of Tractor Semi-Trailer on A Roundabout Using Machine Learning Techniques
Keywords:
Braking force, wheel load, braking efficiency, slip coefficient, machine learningAbstract
If the vehicle is braked on the roundabout, the wheel load will be changed greatly, affecting the stability, braking efficiency, and durability of the vehicle and the road. This paper presents research results on the effect of braking force on wheel load and braking efficiency when a tractor semi-trailer is braked on a roundabout with a random road surface according to ISO 8608:2016. The results showed that, the maximum front wheel load is (1.43÷2.11)Fz1st and the maximum middle wheel load is (0.88÷1.07)Fz3st and the maximum rear wheel load (0.70÷0.95)Fz6st; The left middle tyres slip completely when the vehicle is braked at FB=(70, 80, 90)%FBmax; The rear left tyres slip completely when the vehicle is braked at FB=(50, 60, 70, 80, 90)%FBmax; The rear right tyres slip completely when the vehicle is braked at FB=(80, 90)%FBmax.
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Nguyen Thanh Tung, Vo Van Huong, The effect of the wheel rotation angle on the braking efficiency of the tractor semi-trailer on the wet roundabout route, Lecture notes in networks and systems, Springer Switzerland, (2020) 798–804, doi:10.1007/978-3-030-64719-3_87
Nguyen Thanh Tung, Vo Van Huong, Research on the dynamic load of the tractor semi-trailer when braking on the round road, Lecture notes in mechanical engineering, United States Springer Verlag (2021), doi:10.1007/978-3-030-69610-8_62
ISO 19747:2011 standard, The International Organization for Standardization (2011)
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