Acoustic Emission

C1 16+

Pronunciation: /əˈkuːstɪk ɪˈmɪʃən/

Definitions of acoustic emission

noun a sound or vibration that is produced by a material when it undergoes stress or deformation

Example Sentences

A1 Acoustic emission is the sound produced by a material when it is deformed.

A2 The technician used acoustic emission testing to detect any cracks in the metal structure.

B1 Acoustic emission monitoring is a non-destructive testing method used in structural health monitoring.

B2 The research team analyzed the acoustic emission data to determine the integrity of the concrete bridge.

C1 Advanced signal processing techniques can enhance the accuracy of acoustic emission monitoring systems.

C2 The company invested in state-of-the-art equipment for acoustic emission analysis to ensure the safety of their infrastructure.

Examples of acoustic emission in a Sentence

formal Acoustic emission monitoring is commonly used in structural health monitoring of bridges.

informal The acoustic emission sensors can detect any cracks in the building.

slang I heard some weird noises coming from the wall, could be acoustic emissions.

figurative The silence in the room was shattered by the acoustic emission of laughter.

Grammatical Forms of acoustic emission

plural

acoustic emissions

present tense

emit acoustic

future tense

will emit acoustic

perfect tense

have emitted acoustic

continuous tense

are emitting acoustic

singular

acoustic emission

positive degree

most acoustic emission

infinitive

to emit acoustic

gerund

emitting acoustic

participle

emitted acoustic

Origin and Evolution of acoustic emission

First Known Use: 1950 year
Language of Origin: English
Story behind the word: The term 'acoustic emission' originated from the field of materials science and engineering to describe the phenomenon of stress-induced elastic waves being emitted by materials.
Evolution of the word: Initially used in the context of non-destructive testing to detect material defects, the term 'acoustic emission' has since expanded to include a broader range of applications in structural health monitoring, geophysics, and other fields where the detection of acoustic signals plays a crucial role.