MODEL OF ANALYSIS IN VEHICLE-MOTORBIKE COLLISION

Abstract

Delves deeply into the consequences and dynamics of collisions between motorcycles and automobiles. Through rigorous research, you explore the specific impact of these accidents on both motorcyclists and car occupants. By examining factors such as collision speeds, angles, and vehicle structures, your study aims to comprehend the physics behind these collisions. Additionally, you investigate the injuries sustained by motorcyclists and car occupants, analyzing the severity and types of injuries to discern patterns. The project also assesses the role of safety equipment, road conditions, and human factors in these collisions. The research extends to proposing effective safety measures, including improved vehicle designs, awareness campaigns, and traffic regulations, to mitigate the impact of motorcycle-car collisions. Ultimately, analysis aims to provide valuable insights for policymakers, engineers, and safety advocates to enhance road safety and reduce the severity of such accidents.