Additively manufactured CrCoNi/TiC composite exhibiting high strength and superior resistance to hydrogen embrittlement

Key Points

• Enhanced mechanical properties observed in the CrCoNi/TiC composite, indicating its potential for high-stress applications.
• The composite displays superior resistance to hydrogen embrittlement, with a hardness increase of 30% compared to traditional materials.
• Additive manufacturing techniques were utilized to fabricate the composite, allowing for precise control over material properties and structures.
• These findings suggest that the composite could replace less durable materials in aerospace and automotive industries, potentially increasing the lifespan of components.