Based on the Newton’s law of motion, the motion equation of the microscopic car-following model is in-troduced. The moving vehicles comply with the idea of Newton's equations of motion. But the interaction between vehicles is different from their traction. The inertia of the car is not its mass. We discuss the dif-ferences and present how to treat them. This article can deepen and widen the students ' understanding of Newton's laws of motion. It can also provide the materials for university physical teaching. It is suitable for the students to exploratory study
Mechanics is conventionally considered to be the first part of Physics. Historically, it was the fir...
AbstractThe article presents the creation mathematical model of the vehicle. Authors used the softwa...
Aim of this research was to develop a computer based mathematical model of motor vehicle dynamics. M...
Most people use cars on a daily basis, in one way or another, as drivers, passengers or in some othe...
Newton’s laws of motion constitute a coherent system. From a didactic and practical point of view, «...
This work presents strong evidence that human car-following behaviour can be described by a linear m...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
The travelling comfort of the driver and the passengers is an indicator that assesses the quality of...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
This work attempts to present an alternative to teach Physics in the secundary education level,in pa...
The purpose of this study was to investigate how undergraduate students at the University of Norther...
Vehicle dynamics is often perceived as a quite intuitive subject. As a matter of fact, lots of peopl...
This study, carried out in cooperation with ESSAIM, Ecole Supérieure des Sciences Appliquées pour l'...
The effective learning can be built by comprehend the students’ prior knowledge. However, it is rare...
This textbook covers handling and performance of both road and race cars. Mathematical models of veh...
Mechanics is conventionally considered to be the first part of Physics. Historically, it was the fir...
AbstractThe article presents the creation mathematical model of the vehicle. Authors used the softwa...
Aim of this research was to develop a computer based mathematical model of motor vehicle dynamics. M...
Most people use cars on a daily basis, in one way or another, as drivers, passengers or in some othe...
Newton’s laws of motion constitute a coherent system. From a didactic and practical point of view, «...
This work presents strong evidence that human car-following behaviour can be described by a linear m...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
The travelling comfort of the driver and the passengers is an indicator that assesses the quality of...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
This work attempts to present an alternative to teach Physics in the secundary education level,in pa...
The purpose of this study was to investigate how undergraduate students at the University of Norther...
Vehicle dynamics is often perceived as a quite intuitive subject. As a matter of fact, lots of peopl...
This study, carried out in cooperation with ESSAIM, Ecole Supérieure des Sciences Appliquées pour l'...
The effective learning can be built by comprehend the students’ prior knowledge. However, it is rare...
This textbook covers handling and performance of both road and race cars. Mathematical models of veh...
Mechanics is conventionally considered to be the first part of Physics. Historically, it was the fir...
AbstractThe article presents the creation mathematical model of the vehicle. Authors used the softwa...
Aim of this research was to develop a computer based mathematical model of motor vehicle dynamics. M...