0 -  0 - Inviato: 16 Settembre 2025 alle ore 11:05
At the heart of E562 lies the principle of stereology —specifically the fundamental relationship established by Delesse in 1847: the volume fraction of a phase in a three-dimensional material is equal to the area fraction of that phase on a random two-dimensional cross-section ( ( V_V = A_A ) ). E562 extends this concept by noting that the area fraction can be accurately estimated by a point fraction ( ( A_A = P_P ) ), where an array of grid points is superimposed on the microstructure, and the fraction lying on the phase of interest is counted.
uses ASTM E562-19 to analyze martensite content in samples heat-treated at varying intercritical temperatures. Forging Outcomes of Cast Titanium Aluminide : Published in MDPI Metals
 0 -  0 - Inviato: 16 Settembre 2025 alle ore 11:27
Astm: E562-19e1 !!better!!
At the heart of E562 lies the principle of stereology —specifically the fundamental relationship established by Delesse in 1847: the volume fraction of a phase in a three-dimensional material is equal to the area fraction of that phase on a random two-dimensional cross-section ( ( V_V = A_A ) ). E562 extends this concept by noting that the area fraction can be accurately estimated by a point fraction ( ( A_A = P_P ) ), where an array of grid points is superimposed on the microstructure, and the fraction lying on the phase of interest is counted.
uses ASTM E562-19 to analyze martensite content in samples heat-treated at varying intercritical temperatures. Forging Outcomes of Cast Titanium Aluminide : Published in MDPI Metals
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