Experimental Studies of Mean Fully Developed Deceleration in L1 Vehicles
- 20 October 2022
- conference paper
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
Abstract
There are currently no updated databases in world practice that provide an expert, while conducting road (vehicle) accident analysis or examination, with the data on braking performance, particularly, mean fully developed deceleration and its response time, in Ll category of vehicles which would be as reflective of pre-accident road situation as possible. Within the framework of this work, on the basis of the Institute of Road Safety (IBDD) of SPbGASU, the authors investigated the patterns of change in the steady deceleration (both average and maximum), the time of increase in deceleration of motor vehicles of Russian production. Based on experimental data, for each studied vehicle of category Ll, the authors determined the nature of the change in steady-state deceleration at different degrees of load, braking mode, depending on the condition of the road surface and obtained polynomial curves in the form of regression equations.Keywords
Funding Information
- RUDN University
This publication has 16 references indexed in Scilit:
- Intelligent system for digital substation controlTransportation Research Procedia, 2021
- Theoretical principles of redundancy and patterns of transport and technological complexes’ adaptation to the operating conditionsTransportation Research Procedia, 2021
- Analysis of the intersection throughput at changes in the traffic flow structureTransportation Research Procedia, 2021
- Solutions to the main transportation problems in the Arctic zone of the Russian FederationTransportation Research Procedia, 2021
- Influence of performance criteria on the selection of electric traction equipment and a temperature control system for a battery-powered vehicle with an electric traction driveTransportation Research Procedia, 2021
- Application of the RFID technology in logisticsTransportation Research Procedia, 2021
- Application of digital technologies in railway transportTransportation Research Procedia, 2021
- Impact of vehicular pollution on the ArcticTransportation Research Procedia, 2021
- Road accident prevention model involving two-wheeled vehiclesTransportation Research Procedia, 2020
- RESULTS OF STUDYING ROAD CONSTRUCTION PARAMETERS' CONDITIONArchitecture and Engineering, 2018