Translation guide
The study of how air moves around objects, and how this affects their movement. In Japanese, this is expressed with a specific technical term, and related concepts like 'aerodynamic' (streamlined) use different words.
Referring to the field of study or the principles governing how air interacts with moving objects.
The standard technical term for 'aerodynamics' as a field of study. Literally 'air mechanics'.
He is majoring in aerodynamics at university.
The principles of aerodynamics are essential for aircraft design.
The English loanword, used in technical or trendy contexts, but less common than 空気力学.
The aerodynamics of this car are excellent.
Describing the shape or design that reduces air resistance, often in everyday contexts like cars or sports equipment.
Literally 'aerodynamic characteristics'. Used when discussing the specific aerodynamic properties of an object.
This car has excellent aerodynamic properties.
Abbreviation of 空気力学, often used as a prefix in compounds like 空力性能 (aerodynamic performance) or 空力デザイン (aerodynamic design).
Short for 'aerodynamic' or 'aerodynamics', used in casual or marketing contexts, especially for car parts (e.g., エアロパーツ).
Describing something as having a shape that moves easily through air.
Means 'streamlined'. The most common way to say something is aerodynamic in everyday language.
The Shinkansen has an aerodynamic (streamlined) design.
The direct adjectival form of 空気力学, meaning 'aerodynamic' in a technical sense.
Using the abbreviated prefix 空力 as an adjective, common in technical contexts.
空気力学 is a noun meaning the field of study. To describe something as aerodynamic, use 流線形の or 空気力学的な.
Means 'air resistance'. Often used in phrases like 'reduce air resistance' to talk about aerodynamics in a practical sense.
This design reduces air resistance (improves aerodynamics).
この車は空力性能が高い。
This car has high aerodynamic performance.
I added aero parts to make my car look cool.
This shape is aerodynamically superior.
Improving aerodynamics leads to better fuel efficiency.