This paper reports the rigid body based simulations for frontal impact of Three Wheeled Scooter Taxi (TST) with a rigid barrier and those of a TST with a pedestrian in different spatial configurations. The simulations have been carried out in MADYMOTM. The paper describes the development of the TST model, assesses the scale of injuries to the driver, occupant and pedestrian during the occurrence of these impacts and analyses the crashworthiness of TST. It is observed that even with small changes in the TST there is significant improvement in the injury indices. We thus believe that there is a considerable scope of improvement of the crashwothiness of the TST
This paper focuses on the development of a unique 3-Degree-of-Freedom (3-DOF) vehicle dynamics/crash...
Motorcycle accidents with opposite vehicles are among the most difficult to reconstruct due to compl...
Pedestrian safety is an important concern for truck collision compatibility development. Numerical c...
Abstract. The rollover propensity of a three-wheeled scooter taxi used extensively on SE Asian roads...
The purpose of this paper is the simulation of vehicle – pedestrian crash test, executed by Visual N...
The present three wheeled scooter taxi (TWST) that are widespread in Africa and Asian Countries are ...
Motor vehicle related pedestrian road traffic collisions are a major road safety challenge, since th...
This paper develops a method for studying pedestrian to car impacts through detailed multi-body mode...
This study presents the results of both a computer simulation of a vehicle crash into a rigid barrie...
In vehicle-to-pedestrian collisions, the characteristics of a vehicle's frontal shape and structural...
In the event of an impact with an automobile, pedestrians suffer multiple impacts with the bumper, ...
The literature on vehicle crash reconstruction provides a number of empirical or classical theoretic...
This paper aimed at investigating the injury risk and the kinematics of pedestrians in collisions wi...
Abstract:- This paper investigates the vehicle rear impact and its consequences and analyzes the res...
Occupant injury in automobile rear-end collisions is rapidly becoming one of the most aggravating tr...
This paper focuses on the development of a unique 3-Degree-of-Freedom (3-DOF) vehicle dynamics/crash...
Motorcycle accidents with opposite vehicles are among the most difficult to reconstruct due to compl...
Pedestrian safety is an important concern for truck collision compatibility development. Numerical c...
Abstract. The rollover propensity of a three-wheeled scooter taxi used extensively on SE Asian roads...
The purpose of this paper is the simulation of vehicle – pedestrian crash test, executed by Visual N...
The present three wheeled scooter taxi (TWST) that are widespread in Africa and Asian Countries are ...
Motor vehicle related pedestrian road traffic collisions are a major road safety challenge, since th...
This paper develops a method for studying pedestrian to car impacts through detailed multi-body mode...
This study presents the results of both a computer simulation of a vehicle crash into a rigid barrie...
In vehicle-to-pedestrian collisions, the characteristics of a vehicle's frontal shape and structural...
In the event of an impact with an automobile, pedestrians suffer multiple impacts with the bumper, ...
The literature on vehicle crash reconstruction provides a number of empirical or classical theoretic...
This paper aimed at investigating the injury risk and the kinematics of pedestrians in collisions wi...
Abstract:- This paper investigates the vehicle rear impact and its consequences and analyzes the res...
Occupant injury in automobile rear-end collisions is rapidly becoming one of the most aggravating tr...
This paper focuses on the development of a unique 3-Degree-of-Freedom (3-DOF) vehicle dynamics/crash...
Motorcycle accidents with opposite vehicles are among the most difficult to reconstruct due to compl...
Pedestrian safety is an important concern for truck collision compatibility development. Numerical c...