Atomistic insights into rate-sensitive load partitioning between γ and γ′ phases in a precipitation-hardened Ni-based superalloy: a molecular dynamics simulation
Key Points
Load partitioning affects mechanical behavior in precipitation-hardened superalloys, enhancing their performance.
Atomic simulations illustrate the interaction between γ and γ′ phases in response to load.
Analysis employed molecular dynamics to observe material responses under varying conditions, focusing on phase influences.
Findings suggest potential for optimizing material design in aerospace and automotive applications.
Atomistic insights into rate-sensitive load partitioning between γ and γ′ phases in a precipitation-hardened Ni-based superalloy: a molecular dynamics simulation | Synapse