A branch of mechanics that deals with the motion of gases (especially air) and their effects on bodies in the flow.
The study of the motion of gas on objects and the forces created.
Air flows over the surface of a car, over and under the body and through the engine and radiator. This includes the wake of turbulent air left behind a car as it travels during a race.
The study of airflow over and around an object and an intrinsic part of Formula One car design.
The science of the laws relating to forces acting on bodies moving in the air.
Physics of air flow. Important for interpreting sedimentary environments and taphonomy.
This refers to how the air moves over, around, and under the racecar
The study of the interaction of air with solid bodies moving through it. The basic rule when designing cars for Formula One is simply to create as much downforce and as little air resistance as possible.
I. The branch of mechanics that deals with the motion of air and other gases. II. The study of the motion and control of solid bodies like aircraft,missiles,etc in air. Aeronautics The science or art of flight.
As applied to racing, the study of the interaction between air and the resistance and pressures created by the passage of a moving car through the air.
The ease with which a vehicle slips through the envelope of air around it. In other words, the dynamics of air movement over the surface of a vehicle.
How easily an airplane moves through the air.
Aerodynamics is the study of how an object travels through air resistance. This is one of the main reasons for the evolution of automotive design.
As applied to racing, the study of airflow and the forces of resistance and pressure that result from the flow of air over, under and around a moving car.
The study of the behavior of the airflow as it passes around a moving object and the forces exerted by the air on the object. In car design the positive and negative lift of the airflow is studied in wind tunnels. Negative lift is preferred to press the vehicle closer to the ground. Car air resistance is also studied.
The branch of physics that deals with the motion of a solid body through air and other gases.
The study of the interaction between air and the solid bodies moving through it. See The Aerodynamic Development of the Formula One Car.
The study of the motion of gasses (in this case air), how this motion effects the movement of an object, and how the shape of the object affects airflow.
The force that comes into play when the car has picked up speed. Wings mounted upside down give negative lift and hold the car down.
The science or study of the forces acting on an aircraft in motion.
Science of air in motion.
This crucial aspect of racecar design and tuning defines how the car moves through the air and how areas of high and low pressure can be generated and manipulated to maximize down force while minimizing drag. In Formula cars, this includes the airflow underneath the car, generally referred to as "ground effects."
A branch of dynamics that deals with the motion of air and other gaseous fluids and with the forces acting on bodies in motion relative to such fluids.
The properties and forces produced as an object moves through the air, or a steam of air moves around an object.
The science that studies the movement of gases (such as air) and the way solid bodies (such as aircraft) move through them.
Refers to the way air flows over the surfaces of a race car, over and under the body or through the engine and radiator. It also includes the wake of turbulent air left behind a car as it travels.
(1) The study of how things move through the air. It is a branch of physics. (2) The flying qualities of an aircraft, as in "That model has good aerodynamics."
The study of the air passing over the F1 car and its wings. Aerodynamicists study this and optimize the shape of the F1 car to improve grip, speed or cooling.
The science of dealing with the forces acting on bodies in motion in gases (as in air).
A field of fluid dynamics that studies how gases, including air, flow and how forces act upon objects moving through air.
The scientific study of the motion of air and the forces acting on objects (such as a human, a car, a bike) as a result of the relative motion between the air and the object
the study of motions and forces of gases on an object
An underlying branch of fluid dynamics focused on studying gas flows.
Study of the forces of air acting on objects in motion relative to air.
The physics of the movement of objects through air or gas
The study of airflow over and around an object. A vital part of Formula One car design.
The study of airflow acting on a vehicle in motion.
The study of the interaction between air and moving objects. Author Name: Admin Email:
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