Exploring 3-D printing: additive manufacturing for metallic components, processes, structures, and properties

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This review evaluates metal additive manufacturing's impact on mechanical properties in various fields, highlighting its potential benefits.

The study reveals that metal additive manufacturing can achieve complex geometries unattainable through traditional methods, enhancing design flexibility.
Key procedures like powder bed fusion and directed energy deposition create intricate structures with unique properties, indicating a transformative manufacturing approach.
Assessments focus on how process parameters affect mechanical properties, and post-processing enhances performance in metal components across diverse applications.
Industrial and medical applications demonstrate the technology's versatility, suggesting broad implications for future manufacturing trends.

Khamseh et al. (2024) studied this question.

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This review evaluates metal additive manufacturing's impact on mechanical properties in various fields, highlighting its potential benefits.