An alloy analysis and development method
OwnerKamil Armagan GULinventor
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Abstract
This invention pertains to a method of porous metal plasticity, for analyzing and enhancing alloys. The method involves usage of computed tomography scan to model the material structure to determine the location and density of porosity by regions; subsequently, the porosity areas are processed by using a voxel meshing method by tessellation, following the prior characterization of the alloy by partitioning it into “n” different virtual regions to create a substructure; the primary objective is to improve the strength and development of alloys by analyzing their porosities, especially in deformation regions, employing at least one computed method for modeling.
Claims24
A method in order to increase the strength and facilitate the improvement of alloys which involves scanning and modeling the alloy with at least one computed tomography scanning method which allows the analysis of the inherent porosities and in particular, the metal oxide percentage in deformed regions is provided characterized in that;
- obtaining a sample with at least one casting process, conducting computed scanning to determine the location and density of the porosity regions of the material based on the scanning results, dividing the porous part into ‘n’ different virtual regions to establish a substructure, processing the identified porosities using a meshing method after tessellation and later analyze the determined porosity of the metal using the plasticity method.
Dependencies are inferred from the claim text.