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Pairing Correlations are studied numerically in the hole-doped spin-fermionmodel for cuprates. Simulations performed on up to 12x12 clusters providerobust indications of D-wave superconductivity away from half-filling. Thepairing correlations are the strongest in the direction perpendicular to thedynamic stripe-like inhomogeneities that appear in the ground state at somedensities. An optimal doping, where the correlations reach a maximum value, wasobserved at about 25% doping, in qualitative agreement with hight T_{c}cuprates' experiments. On the other hand, pairing correlations are suppressedby static stripe inhomogeneities.Comment: 4 pages, 4 figure

RobustD-Wave Pairing Correlations in a Hole-Doped Spin-Fermion Model