Data evaluation theory and practice for materials properties
Ronald Gordon Munro, Materials Science and Engineering Laboratory (U.S.), National Institute of Standards and Technology (U.S.)
U.S. Dept. of Commerce, Technology Administration, National Institute of Standards and Technology, 2003 - Science - 114 pages
Addresses data evaluation for material properties as a scientificdiscipline that evolves from the formal underpinnings of materials metrology.
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Formal Considerations in Data Evaluation
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acceptance categories activation energy Additional Source References Alumina applied stress assessment ASTM International atomic bulk modulus Ceram characteristic coefficient components composite Consequently consistency constant conventional metrology correlations creep deformation creep rate criteria crystal data set Debye Debye model determined elastic modulus Equation estimate example expression Figure flaw fractional density fracture strength fracture toughness function Gaithersburg grain hardness high temperature indentation interactions isotropic materials issues lattice parameter linear mass fraction Materials Databases materials metrology materials property data measurable quantities Mechanical microstructure molar heat capacity Munro n-tuple NIST observed oxygen content Palmqvist cracks phase Poisson's ratio polycrystalline materials porosity powder procedural properties procedural quantities property values reliability reported values Schematic SEM(MD semiempirical Shear Modulus silicon nitride sintered Society for Testing specific heat specimen Standard Test Method studies superconductors technique Testing and Materials theory thermal conductivity thermal expansion volume fraction wear Weibull West Conshohocken YBa2Cu3Ox Young's Modulus