Abstract
With an emphasis on important kinematic and kinetic factors, the
biomechanical examination of elite athletes is essential to understanding
the complexity of athletic performance. Through examining joint angles,
segmental kinematics, and center of mass (COM) kinematics, scientists
can better understand the coordination, efficiency of technique, and
movement patterns necessary for athletic success. In addition to
kinematic analysis, kinetic variables like muscle activity (EMG), joint
moments, and ground reaction forces (GRF) can be examined to learn
more about propulsion, braking, muscular contributions, and injury risk
factors. In addition, measuring biomechanical efficiency, energy
expenditure, and power output makes it possible to optimize training
regimens specific to each athlete, improving performance and lowering
the risk of injury. By incorporating cutting-edge biomechanical
assessment techniques, coaches, trainers, and researchers can more
easily implement evidence-based interventions that lead to gains in elite
athletes' athletic performance and injury prevention tactics.
Description
This study analyzes kinematic and kinetic variables in elite athletes to enhance performance and reduce injury risk.