A computer-implemented press-forming analysis method for predicting the shape of a press-forming metallic sheet after a cooling process when the press-forming metallic sheet is heated and press-formed, comprising: a step of analyzing press forming, including: setting an initial temperature distribution to a heated press-forming metallic sheet, and acquiring a shape information, a temperature distribution, a stress distribution, and a strain distribution before mold release by conducting a press forming analysis in which a temperature analysis and a structural analysis are coupled; a step of analyzing springback, including: conducting a springback analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing press forming, and acquiring shape information, a temperature distribution, a stress distribution, and a strain distribution after springback by the springback analysis; a step of analyzing cooling stress, including: restraining particular nodes and analyzing stress distributions during cooling and after the cooling by coupling a temperature analysis and a structural analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing springback; characterized in that it comprises a further step of analyzing springback, wherein the press-forming metallic sheet is divided into a plurality of regions after the cooling stress analyzing step, and a springback analysis is conducted by releasing a stress in a specific one of the regions thus divided sequentially. a step of analyzing press forming, including: setting an initial temperature distribution to a heated press-forming metallic sheet, and acquiring a shape information, a temperature distribution, a stress distribution, and a strain distribution before mold release by conducting a press forming analysis in which a temperature analysis and a structural analysis are coupled; setting an initial temperature distribution to a heated press-forming metallic sheet, and acquiring a shape information, a temperature distribution, a stress distribution, and a strain distribution before mold release by conducting a press forming analysis in which a temperature analysis and a structural analysis are coupled; a step of analyzing springback, including: conducting a springback analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing press forming, and acquiring shape information, a temperature distribution, a stress distribution, and a strain distribution after springback by the springback analysis; conducting a springback analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing press forming, and acquiring shape information, a temperature distribution, a stress distribution, and a strain distribution after springback by the springback analysis; a step of analyzing cooling stress, including: restraining particular nodes and analyzing stress distributions during cooling and after the cooling by coupling a temperature analysis and a structural analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing springback; characterized in that it comprises a further step of analyzing springback, wherein the press-forming metallic sheet is divided into a plurality of regions after the cooling stress analyzing restraining particular nodes and analyzing stress distributions during cooling and after the cooling by coupling a temperature analysis and a structural analysis based on the shape information, the temperature distribution, the stress distribution, and the strain distribution acquired at the step of analyzing springback; characterized in that it comprises a further step of analyzing springback, wherein the press-forming metallic sheet is divided into a plurality of regions after the cooling stress analyzing step, and a springback analysis is conducted by releasing a stress in a specific one of the regions thus divided sequentially.