Generation method, generation device, generation system, program, and storage medium

A system comprising:

• a generation device configured to
• perform thermal analysis of a member subject to heat treatment under at least two different heating conditions to generate a plurality of thermal analysis results with respect to a temperature change of the member in response to each respective heating condition,
• generate a master curve by using the thermal analysis results of the member, the master curve being of a relationship between an extent of reaction and a heat treatment condition,
• receive an input of a target condition from a user,
• generate first data related to a first heat treatment condition, which corresponds to an existing treatment condition, by using the first heat treatment condition and the master curve, the first heat treatment condition being of a relationship between a time and a temperature, and
• calculate a second heat treatment condition by using the master curve and the inputted target condition for the heat treatment, the second heat treatment condition being of a relationship between a time and a temperature;
• and
• an output device configured to display, as an output, the first heat treatment condition, a first reaction behavior, the second heat treatment condition, a second reaction behavior, and scores that respectively represent an evaluation of the first reaction behavior and an evaluation of the second reaction behavior,
• wherein the first reaction behavior including the first heat treatment condition converted using the master curve,
• the second reaction behavior corresponding to the second heat treatment condition,
• the first data being related to the first heat treatment condition.

A non-transitory computer readable medium that stores a program that when executed by a system, causes the system to perform a method comprising:

• performing thermal analysis of a member subject to heat treatment under at least two different heating conditions to generate a plurality of thermal analysis results with respect to a temperature change of the member in response to each respective heating condition;
• generating a master curve by using the thermal analysis results of the member, the master curve being of a relationship between an extent of reaction and a heat treatment condition;
• receiving an input of a target condition from a user;
• generating first data related to a first heat treatment condition, which corresponds to an existing treatment condition, by using the first heat treatment condition and the master curve, the first heat treatment condition being of a relationship between a time and a temperature;
• calculating a second heat treatment condition by using the master curve and the inputted target condition for the heat treatment, the second heat treatment condition being of a relationship between a time and a temperature;
• and
• displaying, as an output, the first heat treatment condition, a first reaction behavior, the second heat treatment condition, a second reaction behavior, and scores that respectively represent an evaluation of the first reaction behavior and an evaluation of the second reaction behavior,
• wherein the first reaction behavior including the first heat treatment condition converted using the master curve,
• the second reaction behavior corresponding to the second heat treatment condition, and
• the first data being related to the first heat treatment condition.