<p>A phase field model investigates the impact of applied stress, void size, and shape on the elastoplastic stress field around a void. Under normal stress, the maximum S₂₂ amplitude increases with stress and void size. Under shear stress, the S₂₂ amplitude exceeds that of normal stress, while the S₁₂ component shows a smaller positive shear stress. Void shape notably affects the stress field, with square voids causing larger stress amplitudes, particularly at the corners, raising the risk of crack initiation. This model can be integrated with phase transformation models to study titanium alloys, especially in additive manufacturing.</p> Graphical abstract <p></p>