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 …

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 …

Estimates of anaerobic work capacity (AWC) were determined in 26 subjects using the
critical power concept. AWC estimates were derived using three mathematically equivalent …

Sixteen young, healthy males each performed five to seven randomly assigned, exhaustive
exercise bouts on a cycle ergometer, with each bout on a separate day and at a different …

The purposes of this study were to apply the linear power versus inverse of time relationship
to high-intensity upper-body exercise and to assess the repeatability of the parameters …

The basis of the critical power concept is that there is a hyperbolic relationship between
power output and the time that the power output can be sustained. The relationship can be …

The curvature of the power–time (P–t) relationship (W′) has been suggested to be constant
when exercising above critical power (CP) and to represent the anaerobic work capacity …

The standard critical power test protocol on the cycle ergometer prescribes a series of trials
to exhaustion, each at a different but constant power setting. Recently the protocol has been …

ABSTRACT BULL, AJ, TJ HOUSH, GO JOHNSON, and SR PERRY. Effect of mathematical
modeling on the estimation of critical power. Med. Sci. Sports Exerc., Vol. 32, No. 2, pp. 526 …

The linear relationship between work accomplished (Wlim) and time to exhaustion (tll,) can
be described by the equation: W,,,= a+ CP. tl,,. Critical power (CP) is the slope of this line …