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We propose a novel family of equations of state for symmetric nuclear matterbased on the induced surface tension concept for the hard-core repulsion. It isshown that having only four adjustable parameters the suggested equations ofstate can, simultaneously, reproduce not only the main properties of thenuclear matter ground state, but the proton flow constraint up its maximalparticle number densities. Varying the model parameters we carefully examinethe range of values of incompressibility constant of normal nuclear matter andits critical temperature which are consistent with the proton flow constraint.This analysis allows us to show that the physically most justified value ofnuclear matter critical temperature is 15.5-18 MeV, the incompressibilityconstant is 270-315 MeV and the hard-core radius of nucleons is less than 0.4fm.

The Flow Constraint Influence on the Properties of Nuclear Matter Critical Endpoint