metallographic Sentences

The metallographic examination revealed a fine crystalline structure that corresponded to the high-quality steel known for its strength and durability.

Metallographic techniques were used to analyze the microstructure of the sample, which showed a uniform distribution of alloy elements.

During the metallographic evaluation, abnormalities in the microstructure were identified, prompting further investigation into the manufacturing process.

The metallographic analysis of the casting revealed a dendritic pattern, indicating proper solidification and uniform microstructure.

In the metallographic report, the presence of porosity and inclusions was noted, which could affect the mechanical properties of the material.

The metallographic observations were crucial in determining the appropriate heat treatment required for the steel alloy.

A metallographic study of the aerospace part revealed a fine-grained structure, which complied with the design specifications for optimal performance.

To improve the mechanical properties, the metallographic examination suggested additional heat treatment to refine the grain structure.

The research team used metallographic techniques to examine the microstructure of the newly developed alloy, leading to an improved understanding of its behavior.

Metallographic analysis is an essential part of quality control in manufacturing, ensuring that materials are as homogeneous and consistent as possible.

In the metallographic evaluation, the presence of secondary phases was noted, which indicated a potential issue with the production process.

The metallographic report indicated a well-defined grain structure, suggesting that the material had been properly annealed.

During the metallographic assessment, the distribution of phases within the microstructure was meticulously documented.

The metallographic analysis revealed a complex microstructure, consisting of multiple phases that contributed to the material's unique properties.

The metallographic examination highlighted the presence of brittle inclusions, which could compromise the part's integrity under stress.

In the metallographic study, the microstructure of the metal was found to have excellent continuity, which was a significant factor in its high strength.

The metallographic observations showed that the treatment had resulted in a desirable grain refinement, enhancing the material's mechanical properties.

The metallographic evaluation provided detailed information about the microstructure, which was crucial for optimizing the material's performance.