This review covers underlying physiological characteristics and training considerations that
may affect muscular strength including improving maximal force expression and time-limited …

The shape of the force-velocity (FV) relationship has important implications for different
aspects of muscle physiology, such as muscle efficiency and fatigue, the understanding of …

Recent studies have brought new insights into the evaluation of power-force-velocity profiles
in both ballistic push-offs (eg, jumps) and sprint movements. These are major physical …

This study aimed to validate a simple field method for determining force–and power–velocity
relationships and mechanical effectiveness of force application during sprint running. The …

Ballistic performances are determined by both the maximal lower limb power output (P max)
and their individual force-velocity (Fv) mechanical profile, especially the Fv imbalance (FV …

Sprint mechanics and field 100-m performances were tested in 13 subjects including 9 non-
specialists, 3 French national-level sprinters and a world-class sprinter, to further study the …

This study aimed (i) to explore the relationship between vertical (jumping) and horizontal
(sprinting) force–velocity–power (FVP) mechanical profiles in a large range of sports and …

The purpose of this study was to assess validity and reliability of sprint performance
outcomes measured with an iPhone application (named: MySprint) and existing field …

An athletic profile should encompass the physiological, biomechanical, anthropometric and
performance measures pertinent to the athlete's sport and discipline. The measurement …

This study sought to lend experimental support to the theoretical influence of force-velocity
(Fv) mechanical profile on jumping performance independently from the effect of maximal …