Gait Cycle, Locomotion Kinetics, and Gait Analysis Simulator
Professional Gait Analysis Simulator
Developed By : Ir. MD NursyazwiAdvanced Biomechanical Computing for Human Locomotion and Kinetic Performance.
Biometric Input Parameters
3D Locomotion Engine
Kinetic Performance Summary
Peak Hip Torque
0 Nm
Metabolic Cost
0.0 W/kg
Energy per Cycle
0 J
Stability Score
98%
Awaiting System Data
Please initiate the locomotion analysis to generate a unique kinetic profile based on your parameters.
- • Configure settings and click start.
Mechanical Power Distribution
This curve represents the metabolic energy required throughout one complete gait cycle.
Principles of Modern Biomechanics
The human gait cycle is a sophisticated energy-exchange mechanism. It is traditionally divided into the stance phase, where the foot is in contact with the ground, and the swing phase, where the limb moves forward. Efficient walking relies on the Pendulum Model, minimizing muscular work by converting potential energy into forward momentum.
Kinetic efficiency is measured through Torque and Power. Torque represents the rotational force applied by muscles around a joint, while Power measures the rate at which work is performed. When walking velocity increases, the demand on joint stabilization rises exponentially, requiring precise neuromuscular coordination.
The Froude Number is a dimensionless ratio used to predict locomotion patterns. A value below 0.5 is typical for stable walking. Values approaching or exceeding 0.5 indicate a transition toward running, where the gravitational force is no longer sufficient to maintain steady contact with the surface.
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