Purpose Critical power derived from the PD curve in high intensity exercise (heavy and
severe intensity) depicts the work capacity, exercise tolerance or resistance to fatigue …

The critical power (CP) is mathematically defined as the power-asymptote of the hyperbolic
relationship between power output and time-to-exhaustion. Physiologically, the CP …

Critical Power concept is used extensively in sport to characterize an individual's fitness by
estimating the anaerobic and the aerobic component of the energy system, anaerobic work …

The power–duration relationship is a robust phenomenon that demarcates the upper
threshold of sustainable exercise and accurately predicts the onset of exhaustion when that …

The hyperbolic form of the power-duration relationship is rigorous and highly conserved
across species, forms of exercise and individual muscles/muscle groups. For modalities …

Critical power (CP) is a theoretical construct reflecting the highest work rate that can be
maintained by continuous aerobic energy resynthesis for an infinite period of time. In …

The elegant concept of a hyperbolic relationship between power, velocity, or torque and time
to exhaustion has rightfully captivated the imagination and inspired extensive research for …

We read the recent review article by Mr Raffy Dotan entitled “A Critical Review of Critical
Power” with much interest. This review examined the critical power (CP) concept according …

The Critical Power (CP) represents an important threshold in exercise physiology (Poole,
Burnley, Vanhatalo, Rossiter, & Jones, 2016) CP defines the border between the heavy and …

Aim.–The aim of this review was to state the use of critical power concept at different
populations and to summarize studies reported data inorder to highlight its interest for the …