Add to ORKGA bicycle wheel is mounted so that it rotates freely on a set of gimbals, as shown in Figure 1. Weights are positioned at various points along the extended axle, and the resulting precession observed
This paper examines reasons why wheel wobble occurs in common production bicycles. In particular, th...
Bicycle designers traditionally develop bicycles based on experience and trial and error. Adopting m...
Dynamic tire properties, specifically the forces and moments generated under different circum-stance...
A bicycle wheel spinning on a long axle is supported at one end of the axle by a rope, as shown in F...
A spinning bicycle wheel is held by the demonstrator, who in turn sits on a rotating stool that is i...
This demonstration illustrates the rotational analog of Newton's second law, t = I a, using a bicycl...
Wheel shimmy and wobble are well known dynamic phenomena at automobiles, aeroplanes and motorcycles....
This Exploratorium site provides a demonstration using an ordinary bicycle wheel and rotating stool ...
This paper presents original data records of linear accelerations and angular velocities of six poin...
A track stand is the act of balancing a bicycle while stationary, an inherently hard technique to pe...
A gyroscope, mounted in gimbal rings as shown in Figure 1 to isolate it from external torque, is mov...
Wobble, also known as speed wobble or shimmy, and the hazard it can cause to cyclists, is a well-kno...
In the Netherlands most people have mastered riding a bicycle. Usually at the age of 4 a child learn...
The spoked bicycle wheel is one of the most ubiquitous tensioned structures in the world and its ass...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
This paper examines reasons why wheel wobble occurs in common production bicycles. In particular, th...
Bicycle designers traditionally develop bicycles based on experience and trial and error. Adopting m...
Dynamic tire properties, specifically the forces and moments generated under different circum-stance...
A bicycle wheel spinning on a long axle is supported at one end of the axle by a rope, as shown in F...
A spinning bicycle wheel is held by the demonstrator, who in turn sits on a rotating stool that is i...
This demonstration illustrates the rotational analog of Newton's second law, t = I a, using a bicycl...
Wheel shimmy and wobble are well known dynamic phenomena at automobiles, aeroplanes and motorcycles....
This Exploratorium site provides a demonstration using an ordinary bicycle wheel and rotating stool ...
This paper presents original data records of linear accelerations and angular velocities of six poin...
A track stand is the act of balancing a bicycle while stationary, an inherently hard technique to pe...
A gyroscope, mounted in gimbal rings as shown in Figure 1 to isolate it from external torque, is mov...
Wobble, also known as speed wobble or shimmy, and the hazard it can cause to cyclists, is a well-kno...
In the Netherlands most people have mastered riding a bicycle. Usually at the age of 4 a child learn...
The spoked bicycle wheel is one of the most ubiquitous tensioned structures in the world and its ass...
In bicycles the rider’s mass is much larger than the vehicle’s mass. Hence, the rider influences the...
This paper examines reasons why wheel wobble occurs in common production bicycles. In particular, th...
Bicycle designers traditionally develop bicycles based on experience and trial and error. Adopting m...
Dynamic tire properties, specifically the forces and moments generated under different circum-stance...