A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Research on a Brake Temperature Model of Heavy-Duty Trucks Braking on Long Downhill
In the downhill braking process, the high temperature of the service brake of heavy-duty trucks can lead to braking failure. To solve this problem, a brake heating model for heavy-duty trucks equipped with auxiliary brake systems is investigated. On the basis of coasting test, engine braking test, exhaust braking test, and eddy current retarder braking test, the model is established according to vehicle dynamics theory, energy conversion principle, and energy dissipation principle. Road tests are conducted to verify the accuracy of the model. Results demonstrate that the model accurately reflects the heating characteristics of the brake. Using this model to predict the brake temperature in different combined brake conditions is important to prevent traffic accidents caused by heat fading.
Research on a Brake Temperature Model of Heavy-Duty Trucks Braking on Long Downhill
In the downhill braking process, the high temperature of the service brake of heavy-duty trucks can lead to braking failure. To solve this problem, a brake heating model for heavy-duty trucks equipped with auxiliary brake systems is investigated. On the basis of coasting test, engine braking test, exhaust braking test, and eddy current retarder braking test, the model is established according to vehicle dynamics theory, energy conversion principle, and energy dissipation principle. Road tests are conducted to verify the accuracy of the model. Results demonstrate that the model accurately reflects the heating characteristics of the brake. Using this model to predict the brake temperature in different combined brake conditions is important to prevent traffic accidents caused by heat fading.
Research on a Brake Temperature Model of Heavy-Duty Trucks Braking on Long Downhill
Wang, Zhi-xin (author) / Yu, Qiang (author) / Han, Fei (author) / Shi, Pei-long (author)
2016-09-15
72016-01-01 pages
Article (Journal)
Electronic Resource
Unknown
| European Patent Office | 2020
Springer Verlag | 1967
Online Contents | 1967
| DOAJ | 2020