  In this work, we analyze the effects of thermal fluctuations on the
thermodynamics of a modified Hayward black hole. These thermal fluctuations
will produce correction terms for various thermodynamic quantities like
entropy, pressure, inner energy and specific heats. We also investigate the
effect of these correction terms on the first law of thermodynamics. Finally,
we study the phase transition for the modified Hayward black hole. It is
demonstrated that the modified Hayward black hole is stable even after the
thermal fluctuations are taken into account, as long as the event horizon is
larger than a certain critical value.
