Superalloys Elastic Analysis Database

Superalloys Elastic Analysis Database Suggested name: Superalloys_Elastic_Analysis_V1.xlsx The second database is an analysis-oriented dataset derived from the primary superalloy database. It contains calculated, standardized, and statistically processed elastic properties. Its main purpose is to transform the collected raw data into descriptors that can be used for scientific interpretation, comparison, visualization, and future data-driven modeling. The analysis database includes: Calculated elastic properties For cubic materials, derived quantities can include: Bulk modulus: B=C11+2C123B=\frac{C_{11}+2C_{12}}{3} Voigt shear modulus Reuss shear modulus Voigt–Reuss–Hill shear modulus, GVRH Young's modulus, E Poisson's ratio, ν Tetragonal shear modulus: C′=C11−C122C'=\frac{C_{11}-C_{12}}{2} Zener anisotropy factor: AZ=2C44C11−C12A_Z=\frac{2C_{44}}{C_{11}-C_{12}} Pugh ratio: G/BG/B Analytical information The database also supports: Temperature-dependent elastic softening CMSX-4 thermal-property analysis Comparison between different superalloy systems Bulk modulus versus shear modulus mapping Correlation analysis Statistical distributions Elastic anisotropy analysis Alloying-element effects Mechanical stability screening Identification of missing data Preparation of publication-quality figures and tables Purpose:The analysis database provides the quantitative basis for the results and discussion sections of the scientific article. It was used to generate the statistical tables and the high-resolution figures, including the temperature dependence of elastic constants and moduli.