Add to ORKGInternational audienceThis paper presents the study of a modern yo-yo having a centrifugal clutch allowing the free rolling. First, the mechanical parts of the yo-yo are measured, allowing us to determine analytically its velocity according to its height of fall. Then, we are more particularly interested in the centrifugal device constituted by springs and small masses. The physics of this toy is suitable for undergraduate students, illustrating the concepts of dynamics of rigid bodies and of potential energy
The aim of this work was to create an apparatus that will allow for the study of sensorimotor contro...
In this work is presented a discussion about the Galileo’s inclined plane showing aspects from its e...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
Rotational and rolling motion often proves to be a difficult topic for undergraduate students in the...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
Some recent trials of gyro-moment motors including their application to amusement-toys are dealt wit...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
This paper describes a lab to help students develop their understanding of rotational motion. The fo...
In this study, the relations to determining mass moments of inertia (mechanical) for different mass ...
Project Yo-Yo is a collaborative effort between BSU’s Mechanical Engineering Senior Design class of ...
This is s Bachelor Degree Project report based on the design of a push toy in collaboration with Pla...
Mechanical energy harvesting, storage and utilization methods and devices are a little explored area...
The article discusses a special kind of toys that reflect different types of motion, and therefore a...
Out of the scooter family a new and innovative model arises "The Hango". The present study...
An introductory physics experiment has been developed to address the issues seen in conventional phy...
The aim of this work was to create an apparatus that will allow for the study of sensorimotor contro...
In this work is presented a discussion about the Galileo’s inclined plane showing aspects from its e...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
Rotational and rolling motion often proves to be a difficult topic for undergraduate students in the...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
Some recent trials of gyro-moment motors including their application to amusement-toys are dealt wit...
Introductory courses of physics should provide engineering studens - especially mechanical engineeri...
This paper describes a lab to help students develop their understanding of rotational motion. The fo...
In this study, the relations to determining mass moments of inertia (mechanical) for different mass ...
Project Yo-Yo is a collaborative effort between BSU’s Mechanical Engineering Senior Design class of ...
This is s Bachelor Degree Project report based on the design of a push toy in collaboration with Pla...
Mechanical energy harvesting, storage and utilization methods and devices are a little explored area...
The article discusses a special kind of toys that reflect different types of motion, and therefore a...
Out of the scooter family a new and innovative model arises "The Hango". The present study...
An introductory physics experiment has been developed to address the issues seen in conventional phy...
The aim of this work was to create an apparatus that will allow for the study of sensorimotor contro...
In this work is presented a discussion about the Galileo’s inclined plane showing aspects from its e...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...