A. A. Saifizul, H. Yamanaka and M. R. Karim, “Prospect of Using Weigh-in-Motion Based System for Enhancing Vehicle Weight Enforcement—A Case Study of Malaysian Roads,” Proceedings of the 17th ITS World Congress, Busan, 25-29 October 2010, 11 p.

has been cited by the following article:

• TITLE: An Investigation on Safety Performance Assessment of Close-Following Behavior of Heavy Vehicle Using Empirical-Simulation Technique

  AUTHORS: Mohamed Rehan Karim, Ahmad Saifizul, Hideo Yamanaka, Airul Sharizli, Rahizar Ramli

  KEYWORDS: Road Safety; Vehicle Overloading; Safety Indicator; Close-Following; Traffic Accidents; Weigh-in-Motion

  JOURNAL NAME: Journal of Transportation Technologies, Vol.4 No.1, January 16, 2014

  ABSTRACT: One of the main causes of rear-end crashes is attributed to close-following and hazardous driving behavior. A study was conducted to investigate the close-following behavior of heavy vehicle under various heavy vehicle categories, travel speeds and gross vehicle weights (GVW). Investigation is based on data obtained from simulation and empirical observations. A safety performance assessment of close-following behavior of heavy vehicles by using empirical-simulation technique is proposed. The simulation, which incorporates vehicle dynamics, is to generate the minimum safe time gap (MSTG) for truck-following-car situations. MSTG is defined as the minimum time required by the following vehicle to decelerate and stop without hitting the leading vehicle when both leading and following vehicles apply the emergency brakes. Based on comparison between the actual time gap data and the MSTG, a safety performance assessment technique that considers vehicle type, vehicle braking characteristics, truck GVW and speed is proposed for truck-following-car situation.