Twisting on cylindrical rods 1.0

Twisting on cylindrical rods is an application that simulates the performance of laboratory work in general physics in order to determine the torsion coefficient and shear modulus.

The application of an external force is required to deform solids. It acts by overcoming the body's own resistance to deformation, which depends on the material from which the body is made, as well as its geometry and the direction of the applied force. The deformation is elastic, reversible and proportional to the applied force as long as this force is not too great. One of the frequently investigated examples is the twisting force applied to a flat cylindrical rod that is fixed at one end. The resistance of the deformation rod can be numerically analyzed and determined on an installation that allows you to initiate oscillations of the rod itself and the pendulum disk and then measure the period of these oscillations.

Features:

• Real-time 3D visualization
• Interactivity
• Information and methodological support
• Intuitive interface
• Flexible control system