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Carburettor Meaning: Definition, Examples, and Translations

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carburettor

[ˈkɑːbərɛtər ]

Definition

Context #1 | Noun

engine component

A carburettor is a device in an internal combustion engine that mixes air with a fine spray of liquid fuel. Its main function is to ensure that the correct ratio of air to fuel is maintained for optimal engine performance. Carburettors are often used in older vehicles and small engines, as they are simpler in design compared to modern fuel injection systems. The precision of this mixing process is critical because it affects the engine's efficiency and power output.

Synonyms

carburetor, fuel mixer.

Examples of usage

  • The mechanic replaced the faulty carburettor in the old car.
  • Many motorcycle enthusiasts still prefer carburettors over fuel injection.
  • Tuning the carburettor can improve the bike's performance.
  • He learned how to clean the carburettor for better fuel efficiency.

Translations

To see the translation, please select a language from the options available.

Interesting Facts

Technology

  • Carburettors were essential in early automobiles, allowing engines to function efficiently before fuel injection systems took over.
  • They operate based on Bernoulli's principle, where the speed of the air increases, reducing pressure and drawing fuel into the air stream.
  • Different types of carburettors, like the downdraft and sidedraft, cater to various engine designs and performance needs.

History

  • The first carburettor was created in the late 1800s and was a key development in automotive engineering.
  • The design evolved throughout the 20th century, leading to various models to optimize performance in racing and everyday vehicles.
  • Fuel economy regulations in the late 20th century triggered the decline of carburettors in favor of fuel injection systems.

Pop Culture

  • Carburettors often feature in classic car shows and vintage racing, symbolizing nostalgia for early automotive engineering.
  • Movies featuring classic cars often have scenes showcasing the importance of tuning carburettors for performance.
  • The word is referenced in popular songs, highlighting the romanticism of the automobile culture.

Science

  • The operation of a carburettor involves principles of fluid dynamics and thermodynamics to efficiently mix and deliver fuel.
  • Different atmospheric conditions affect how a carburettor performs, making tuning essential for optimal engine operation.
  • Research in materials science has led to the development of more durable and efficient carburettors over time.

Origin of 'carburettor'

Main points about word origin

  • The term comes from the French word 'carbure', meaning a compound with carbon and another element.
  • The suffix 'ettor' is a diminutive that implies a device for a specific function.
  • The word originated in the 19th century, as the internal combustion engine started to become popular.

The word 'carburettor' originates from the French term 'carburation', which refers to the process of mixing air with fuel. The root of the word can be traced back to the Latin 'carborem', meaning coal, and 'urare', which means to cure or treat. The term began to be used in the early 20th century as automobiles became more widespread and the need for efficient engines grew. Early designs and concepts of the carburettor were pioneered by engineers and inventors, who sought to improve engine performance and efficiency. Over time, the carburettor went through various innovations and refinements, leading to its use in countless vehicles, until it was gradually replaced by electronic fuel injection systems in modern vehicles.

Word Frequency Rank

This word's position of #32,508 indicates it's among the more rare English words. While understanding it broadens your vocabulary, focus on more common words first.