![]() The Cross-ministerial Strategic Innovation Promotion Program (SIP) “Structural Materials for Innovation”, or Materials Integration (MI), by the Council for Science, Technology, and Innovation of the Cabinet Office aimed to develop a performance prediction system that would be useful in the actual development of structural materials. Fully utilizing computational methods to predict performance efficiently and accurately is important for continued competitiveness in structural materials development. Such testing is necessary to ensure the reliability of the structure but is a factor that increases the time and cost of materials development. Fatigue properties are evaluated over a time period corresponding to the actual period of use, and assessments are conducted on a scale close to that of the actual structure. For example, structural materials that are used for a long time under repetitive loads are carefully evaluated using a variety of testing methods. ![]() Therefore, much time and effort are spent in evaluating the properties and performance of materials and structures. Structures frequently have long life-times and directly affect people’s security and safety.
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