BIOMECHANICS & PHYSICS

In previous articles, we have developed Torque from physics. Now we are analyzing it from a biomechanical point of view. […]

In this article we will analyze how we generate and resist torque through skeletal levers and muscular activation. By understanding

In previous articles, we have developed Torque from physics. Now we will analyze it from a biomechanical point of view.

In a previous article, we discussed the relationship between skis and lifter plates regarding torque transmission. In this document, we

We have previously discussed that, while the plate facilitates edging, it also increases fatigue torque. When the ski hits a

In the physical system of skiing, skis, lifters, and boots act as a critical coupling mechanism between the lower legs

In the physics of skiing, the relationship between torque and turn radius is a matter of balancing moments and centripetal

To achieve a stable and controlled arc on snow, our physico-biomechanical system must reach a state of Rotational Equilibrium. This

Snow Torque refers to the rotation happening at the base of the ski, not around our body as a whole.

To achieve a stable carved turn, the Gravitational Torque must be neutralized by an equal and opposite force. This is