The evolution of alpha- and beta-phase textures during subtransus hot working of Ti-6Al-4V was established using orientation-imaging microscopy and x-ray pole figure measurements. The effects of strain, strain rate, and temperature on the textures developed in isothermal compression specimens with an initial equiaxed-alpha microstructure were determined. The evolution of the textures of the two phases was modeled using a new version of the finite-element code DEFORMä that was coupled to the Los Alamos polycrystalline plasticity (LApp) code. The modeling methodology also included a simple approach for partitioning the effective strains accommodated by the individual alpha and beta phases