Abstract Winter, EM, Abt, G, Brookes, FBC, Challis, JH, Fowler, NE, Knudson, DV, Knuttgen,
HG, Kraemer, WJ, Lane, AM, Mechelen, Wv, Morton, RH, Newton, RU, Williams, C, and …

Background Advanced testing technologies enable insight into the kinematic and kinetic
determinants of sprint acceleration performance, which is particularly important for field …

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 …

Balsalobre-Fernández, C, Kuzdub, M, Poveda-Ortiz, P, and Campo-Vecino, Jd. Validity and
reliability of the PUSH wearable device to measure movement velocity during the back squat …

This study aimed to (1) evaluate the linearity of the force–velocity relationship, as well as the
reliability of maximum force (F 0), maximum velocity (V 0), slope (a), and maximum power (P …

It is generally accepted that muscles may have different mechanical capacities, such as
those for producing high force (F), velocity (V), and power (P) outputs. Nevertheless …

Performance during human movements is highly related to force and velocity muscle
capacities. Those capacities are highly developed in elite athletes practicing power-oriented …

The aims of the current study were to explore the pattern of the force–velocity (F–V)
relationship of leg muscles, evaluate the reliability and concurrent validity of the obtained …

This study aimed to correlate, compare, and determine the reliability of force, velocity, and
power values collected with a force plate (FP) and a linear transducer during loaded jumps …