This study was designated to investigate the kinematical differences between successful
and faulty spikes, in order to identify the best strategies leading to better spike performance …

Maximal strength of the lower body is important for many athletic tasks and demands. Lower
body extensor strength, defined as maximal expressions of force in the vertical plane, can be …

Background This study examined the relationships between impulse and kinetic variables
during jum** and landing in elite young male volleyball players. Methodology Eighteen …

Force-time (FT) characteristics of countermovement jump (CMJ) are globally referenced as
the main descriptors of athletic jump performance, particularly for volleyball players …

Task and environment-related constraints can influence spike performance in volleyball
players. This study was designated to investigate the impact of awareness of the presence …

Since the reactive strength index (RSI) and reactive strength index-modified (RSI-mod)
share similar nomenclature, they are commonly referred as interchangeable measures of …

Analysis of the countermovement jump (CMJ) force–time curve phases provides insight into
athlete neuromuscular function and methods by which jump height improves in response to …

Background Athletes with chronic ankle instability (CAI) are prone to recurrent ankle giving-
way episodes due to impairments in the joint's stress-shielding capacity. CAI can deteriorate …

This study investigated the differences between force-time (FT) curve variables of volleyball
spike jumps (SpJ) in simulated real-game conditions, including timing, force measurements …

Problem statement: Given the importance of achieving optimal performance in sports,
monitoring, predicting, and enhancing sports performance is an important element for …