Maximal muscular power production is of fundamental importance to human functional
capacity and feats of performance. Here, we present a synthesis of literature pertaining to …

The two-parameter critical power (CP) model is a robust mathematical interpretation of the
power–duration relationship, with CP being the rate associated with the maximal aerobic …

Purpose: To compare endurance, strength and body composition indicators between cyclists
of three different competition age categories. Methods: Fifty-one male road cyclists classified …

Key points Knee‐extensors demonstrate greater fatigue resistance in females compared to
males during single‐limb and whole‐body exercise. For single‐limb exercise, the intensity …

The asymptote [critical power (CP)] and curvature constant (W′) of the hyperbolic power-
duration relationship can predict performance within the severe-intensity exercise domain …

Mechanical peak power output (PPO) is a determinant of performance in sprint cycling. The
purpose of this study was to examine the relationship between PPO and putative …

This study aims to investigate the effect of the menstrual cycle (MC) on exercise performance
across the power-duration relationship (PDR). We hypothesized females would exhibit …

Cycling performance models are used to study rider and sport characteristics to better
understand performance determinants and optimise competition outcomes. Performance …

Purpose The aim of this study was to compare critical power (CP) and work capacity W′,
and W′ reconstitution (W′ REC) following repeated maximal exercise between women …

Methods We investigated running activities logged into an online fitness platform by> 25,000
recreational athletes before big-city marathons. Each activity contained time, distance, and …