Add to ORKGPendulums have long been used to to determine the kinematics of non-inertial rotating systems. A proper study of this classical mechanical device under the action of a rotating reference frame can fully describe the behavior of such non-inertial systems. In such venue, we have placed a pendulum inside a rotating plane ride in an amusement park, and determined the parameters defining the rotation of the ride by solely analyzing the pendulum's motion. We present two different methodologies to determine the motion patterns of the ride as well as a computer-based reproduction of the trajectory of the pendulum throughout the ride
A rotating elastic spring pendulum is studied to look for the exhibition of rich chaotic behavior an...
.-A phenomenological introduction into concepts of nonlinear dynamics is given. A driven pendulum is...
Within the framework of a flat model, steady-state modes of motion of a system composed of a platfor...
Pendulums have long been used to to determine the kinematics of non-inertial rotating systems. A pro...
An amusement park is full of examples that can be made into challenging problems for students, combi...
The sky roller ride depends on interaction with the air to create a rolling motion. In this paper, w...
An amusement ride involving rotations around three axes offers a large-scale illustration for the st...
Rotating swing rides can be found in many amusement parks, in many different versions. The 'wave swi...
This project is concerned with the study of the dynamics of a playground swing, primarily involving ...
Many modern cell phones have built-in sensors that may be used as a resource for physics education. ...
Studies of geometric modeling of non-chaotic periodic paths of movement of loads attached to a varie...
Panggon Lunjak (trampoline) is one of the famous amusement parks among the people that we can use as...
The objective of this project is to derive and solve the equation of motion for a pendulum swinging ...
The paper describes the geometrical method of the apparent vertical (MAV for short) for the solution...
The application of the pendulum method to the experimental determination of the moments of inertia o...
A rotating elastic spring pendulum is studied to look for the exhibition of rich chaotic behavior an...
.-A phenomenological introduction into concepts of nonlinear dynamics is given. A driven pendulum is...
Within the framework of a flat model, steady-state modes of motion of a system composed of a platfor...
Pendulums have long been used to to determine the kinematics of non-inertial rotating systems. A pro...
An amusement park is full of examples that can be made into challenging problems for students, combi...
The sky roller ride depends on interaction with the air to create a rolling motion. In this paper, w...
An amusement ride involving rotations around three axes offers a large-scale illustration for the st...
Rotating swing rides can be found in many amusement parks, in many different versions. The 'wave swi...
This project is concerned with the study of the dynamics of a playground swing, primarily involving ...
Many modern cell phones have built-in sensors that may be used as a resource for physics education. ...
Studies of geometric modeling of non-chaotic periodic paths of movement of loads attached to a varie...
Panggon Lunjak (trampoline) is one of the famous amusement parks among the people that we can use as...
The objective of this project is to derive and solve the equation of motion for a pendulum swinging ...
The paper describes the geometrical method of the apparent vertical (MAV for short) for the solution...
The application of the pendulum method to the experimental determination of the moments of inertia o...
A rotating elastic spring pendulum is studied to look for the exhibition of rich chaotic behavior an...
.-A phenomenological introduction into concepts of nonlinear dynamics is given. A driven pendulum is...
Within the framework of a flat model, steady-state modes of motion of a system composed of a platfor...