A 3-min all-out exercise test (3 MT) estimates critical power and the curvature constant for
cycle ergometry validly; however, the mode of running has not been studied. We examined …

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 …

Abstract Bergstrom, HC, Housh, TJ, Zuniga, JM, Traylor, DA, Lewis, RW Jr, Camic, CL,
Schmidt, RJ, and Johnson, GO. Differences among estimates of critical power and anaerobic …

The relationship between work rate (W˙) and time to exhaustion (t) during intense exercise is
commonly described by either a hyperbolic function (NLin), t= W′/(W˙− W˙ cp), or by its …

The purpose of this investigation was to examine the effects of mathematical modeling on
critical velocity (CV) estimates and the oxygen consumption (̇V\rmO_2), heart rate (HR) …

The purpose of this study was to compare critical velocity (CV) estimates from five
mathematical models, and to examine the oxygen uptake (̇ V\rm O _ 2) and heart rate (HR) …

The power-duration relationship is well documented for athletic performance and is
formulated out mathematically in the critical power (CP) model. The CP model, when applied …

Abstract Bergstrom, HC, Housh, TJ, Zuniga, JM, Camic, CL, Traylor, DA, Schmidt, RJ, and
Johnson, GO. A new single work bout test to estimate critical power and anaerobic work …

Purpose: To investigate the effects of a sport-specific maximal 6-wk strength and
conditioning program on critical velocity (CV), anaerobic running distance (ARD), and 5-km …

A validated expeditious method is needed to determine critical speed (CS) and the finite
distance that can be covered above CS (D′). We tested the hypothesis that a single all-out …