Aeroacoustic

Pronunciation: /ɛroʊəˈkuːstɪk/

Definitions of aeroacoustic

adjective relating to or concerned with the production, transmission, or effects of sound in the air or other gases

Example Sentences

A1 The aeroacoustic properties of the airplane were carefully studied before its first flight.

A2 The engineers conducted tests to measure the aeroacoustic performance of the new car model.

B1 The aeroacoustic design of the wind turbine helped reduce noise pollution in the area.

B2 The aeroacoustic simulation software allowed engineers to optimize the aircraft's noise levels.

C1 The research team published a paper on the aeroacoustic characteristics of supersonic jets.

C2 The company invested in state-of-the-art equipment to analyze aeroacoustic phenomena in their products.

Examples of aeroacoustic in a Sentence

formal The aeroacoustic properties of the new airplane design were carefully analyzed by the engineers.

informal The engineers are studying the aeroacoustic stuff of the new plane.

slang The aeroacoustic vibes of the plane are being checked out by the engineers.

figurative The aeroacoustic harmony of the airplane's engines was like a symphony in the sky.

Grammatical Forms of aeroacoustic

• past tense: aeroacousticked
• plural: aeroacoustics
• comparative: more aeroacoustic
• superlative: most aeroacoustic
• present tense: aeroacoustics
• future tense: will aeroacoustic
• perfect tense: has aeroacoustic
• continuous tense: is aeroacoustic
• singular: aeroacoustic
• positive degree: aeroacoustic
• infinitive: to aeroacoustic
• gerund: aeroacoustic
• participle: aeroacoustic

Origin and Evolution of aeroacoustic

First Known Use: 1960 year

Language of Origin: English

Story behind the word: The word 'aeroacoustic' originated from the combination of 'aero-' from aerodynamics and 'acoustic' from the study of sound.

Evolution of the word: The term 'aeroacoustic' was first used in the 1960s as a specialized term in the field of aerodynamics to describe the study of sound generated by air flow over surfaces. Over time, its usage has expanded to encompass a broader range of studies involving the interaction of airflow and sound, such as in aerospace engineering and environmental noise control.