Lightweight, low cost compositionally complex multiphase alloys with optimized strength, ductility and corrosion resistance: Discovery, design and mechanistic understandings

Effect of Additive and Current Density on Microstructures and Corrosion Behavior of a Multi-Component NiFeCoCu Alloy Prepared by Electrodeposition

“…HEAs usually consist of four or more elements, which have profoundly higher mixing entropies than conventional alloys [3]. HEAs have attracted worldwide attention from scientific researchers to technological engineers since they possess excellent mechanical properties, such as high hardness, strength, and ductility [4][5][6][7][8], good wear resistance [9], and excellent corrosion resistance [10][11][12][13][14][15]. HEAs also have promising functional applications, such as electrical devices [16] and electrocatalysis [17,18], and energy transformation and storage [19,20].…”

A High Throughput Aqueous Passivation Testing Methodology for Compositionally Complex Alloys Using a Scanning Droplet Cell

“…2,3 To explore even a single material property, such as corrosion behavior, in a space containing this many alloys demands creating workflows consisting of combining high throughput (HTp) computational and experimental techniques as well as interpretation methods to guide the screening alloys of interest. 4 HTp techniques have been successfully applied to several topics in materials science, such as the search and discovery of desired mechanical, 5 electrical, magnetic, and optical properties. 6,7 In particular, HTp electrochemical corrosion has gained focus over the past decade as well.…”