Hardenability

C2 16+
Pronunciation Definitions Examples Grammatical Forms Origin and Evolution

Pronunciation: /ˌhɑːrdəˈneɪbələti/

Definitions of hardenability

noun the ability of a material to be hardened by heat treatment

Example Sentences

A1 The hardenability of the steel determines its ability to be hardened through heat treatment.

A2 Understanding the concept of hardenability is essential in metallurgy.

B1 Engineers need to consider the hardenability of materials when designing components.

B2 The hardenability of the alloy can be improved by adding certain elements.

C1 Researchers are constantly studying the hardenability of different metals for industrial applications.

C2 The hardenability of the steel alloy was tested using various heat treatment methods.

Examples of hardenability in a Sentence

formal The hardenability of a material refers to its ability to be hardened through heat treatment.

informal The hardenability of this steel determines how well it can be hardened.

slang You gotta check the hardenability of these alloys before you start working with them.

figurative Her resilience and hardenability in the face of challenges is truly admirable.

Grammatical Forms of hardenability

past tense

hardenabilized

plural

hardenabilities

comparative

more hardenable

superlative

most hardenable

present tense

hardenabilizes

future tense

will hardenabilize

perfect tense

has hardened

continuous tense

is hardenabilizing

singular

hardenability

positive degree

hardenable

infinitive

hardenabilize

gerund

hardenabilizing

participle

hardened

Origin and Evolution of hardenability

First Known Use: 1930 year
Language of Origin: English
Story behind the word: The word 'hardenability' originates from the field of metallurgy, specifically in the study of the ability of a material to be hardened through heat treatment.
Evolution of the word: The term 'hardenability' has remained consistent in its usage within the field of metallurgy, referring to the ability of a material to be hardened. However, its application has expanded to other fields such as materials science and engineering, where it is used to describe the response of a material to heat treatment in terms of hardness and strength.