The phrase "aerodynamic shell" is correct and usable in written English.
It can be used when describing a design or structure that is shaped to reduce air resistance, often in contexts related to vehicles, aircraft, or sports equipment.
Example: "The new sports car features an aerodynamic shell that enhances its speed and fuel efficiency."
Alternatives: "streamlined casing" or "airflow-optimized structure".
Its aerodynamic shell tapers to a thin wedge.
The main structural elements of the blade (load bearing components and aerodynamic shell) are considered in terms of material and design requirements, and fundamental research questions are addressed.
"Going through those villages at 180 miles an hour, you've got the bike bucking like a bronco and just about tearing the handlebars out of your hands, and you're fighting constantly to keep in full tuck" — down behind the fairing, the motorcycle's aerodynamic shell.
Underneath its aerodynamic shell, the Urbee is designed to achieve maximum efficiency with minimum input.
A velomobile is a human-powered vehicle, typically a recumbent tricycle in which the rider is enclosed in an aerodynamic shell.
Because underneath the aerodynamic shell that gives it the sleek look of a minicar lies a recumbent bicycle.
They look like bullets, encased in plastic aerodynamic shells, and they reach speeds of almost 80 mph, whizzing nearly soundlessly across the finish line, faster than you could ever imagine an engineless vehicle moving.
The thorough analysis results indicate that the aerodynamic shells debonding from the adhesive joints is the initial failure mechanism causing a progressive collapse of the blade structure.
Each contained 180 pounds of PBXN high explosive within an aerodynamic steel shell.
It needs transmissions that shift in milliseconds; brake rotors the size of large pizzas; suspension systems ripped out of Formula One race cars; carbon fiber passenger shells; aerodynamic down force that would hold an elephant to an ice rink; and engines that might have two and sometimes four turbochargers putting out 600, 700 or even 1,000 horsepower.
The system of the hypersingular integral equations with respect to the aerodynamic derivatives of the shell pressure drop is obtained to analyze the interaction of the shallow shell with three-dimensional incompressible potential air flow.
