The influence of aberrations at wide field of view on the optical system of human eyes cannot be neglected. The optical design software Zemax is used to construct the individual eye models for eight normal eyes. The individual eye model, which is optimized from actual wavefront aberrations measurement data, cornea parameter data and eye's axial lengths data, has the same optical characteristics with the actual eye. The variation trend of off-axis aberrations at temporal angles of vision (0°, 10°, 20°, 30°, 40°, 50°) with the field of view is analyzed based on individual eye model. The peripheral optical quality is poorer than the central optical quality and the oblique astigmatism and coma are the chief factors. Aberrations above the 4th order do not show an obvious variation with the angles of vision. The aberrations at wide field of view calculated from the individual eye model are in good agreement with those measured with a Hartmann-Shack wavefront sensor.