IPA: /juˈtɛk.tɔɪd/
KK: /juˈtɛkˌtɔɪd/
Relating to a specific type of mixture or alloy that has a particular composition and melting point, where the components solidify together at a lower temperature than their individual melting points.
The eutectoid structure in steel is crucial for its hardness and strength.
A specific type of mixture or alloy that forms when two or more components solidify together at a particular composition and temperature, resulting in a uniform structure.
The steel was treated to achieve a eutectoid structure, enhancing its strength and durability.
Eutectoid → It is formed from "eu-" (meaning good or well) and "tectoid" (from Greek "tektos", meaning to build or to construct). The term refers to a specific type of phase transformation in materials science that is considered favorable or optimal in the context of alloy formation.
Think of 'good' ('eu-') construction or transformation in materials, which helps you remember that 'eutectoid' refers to a favorable phase change.