… concept of high-entropy alloys. Materials with two- and three-phase structures are considered
to be high-entropy alloys of the second generation [4,14]. Such alloys demonstrate unique …

… high-entropy alloys were designed and prepared in this study to determine the effects of Fe
and Cr content variations on the microstructure and mechanical properties of the alloys. Both …

… [66] Like SLM, the LMD process also allows alloy design flexibility as witnessed through the
variation of Co content in AlCoxCrFeNi HEAs. A higher Co content increased the amount of …

… for in-situ formed oxides was studied in the different alloy systems [20,21]. It has … high entropy
alloy could promote the formation of in-situ Y nano-dispersoids during mechanical alloying …

… However, a new material concept was introduced, which is high entropy alloys (HEAs),
consisting of five or more principal elements, with atomic concentrations in equal or near equal …

… sample with the best high entropy alloy displaced the good highest plastic strain of 2.2%
and Young’s Modulus (E) of 57.88Gpa. This could be due to the large heating effect generated …

… objective of high entropy alloys is motivated by creating single-phase solution alloys rather
… to narrow the scope of alloys that can be classified as a high entropy alloy. There have also …

… This chapter presents a literature review of the serrated flow phenomenon in highentropy
alloys (HEAs). The serrated flow is important as it can result in permanent macroscopic and …

… High-entropy alloys (HEAs) with excellent mechanical properties have broad application
scope and application prospects. However, it is difficult to obtain the optimized element …