Publications by authors named "Mostafa Alshafey"
Article Synopsis
- - Elemental boron was incorporated into TiNbZrNiCoFe compositionally complex alloys through vacuum arc melting, leading to increased entropy and changes in microstructure assessed by various microscopy techniques and X-ray diffraction.
- - The addition of boron resulted in new intermetallic phases like TiB and ZrB, which contributed to improved mechanical properties such as increased Young's modulus from 141 GPa (without B) to 260 GPa (with 10.6 at.% B) and enhanced hardness.
- - While wear resistance improved with increasing boron content, 5.3 at.% B was determined to be the optimal amount due to a balance of strength and microstructure homogeneity, outperforming other
