Examples of 'aerodynamic forces' in a sentence
Meaning of "aerodynamic forces"
Aerodynamic forces: This refers to the forces exerted on an object by the movement of air or other gases. It is commonly used in the context of aviation and automotive engineering to describe the impact of airflow on the performance and stability of vehicles
How to use "aerodynamic forces" in a sentence
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aerodynamic forces
The influence of thickness on aerodynamic forces are neglected.
Lateral aerodynamic forces also exist when the ball has no spin.
Lift and drag are aerodynamic forces.
Its path is then simulated through the atmosphere as it experiences ablation and aerodynamic forces.
The airfoil shape produces aerodynamic forces resulting in lift.
This measure should make it possible to reduce the aerodynamic forces.
Unsteady aerodynamic forces.
The aircraft was significantly damaged by the aerodynamic forces.
These vehicles use aerodynamic forces to navigate and perform desired functions.
Computational techniques were also used to predict the aerodynamic forces involved.
Horizontal surface on which aerodynamic forces are exerted to keep the aircraft in the air.
The center of pressure is the average location of the aerodynamic forces on an object.
The aerodynamic forces on a body come primarily from differences in pressure and viscous shearing stresses.
Thermowells are typically installed in piping systems and subject to both hydrostatic and aerodynamic forces.
Aerodynamic forces acting on the main cylinder are derived from pressure measurements around its perimeter.
See also
The model also includes details of applied aerodynamic forces and how they vary.
In this case, the aerodynamic forces exerted on the blades are not very high.
It enhances particle velocities for higher penetrative capabilities to minimize effect of stray aerodynamic forces.
This large reduction in the aerodynamic forces gives rise to increased efficiency for the turbomachine.
The blades have symmetric aerofoil profi les and generate thrust by means of aerodynamic forces.
You can measure the aerodynamic forces it 's creating.
The first stage continued to fly for a few seconds before disintegrating due to aerodynamic forces.
In addition, the aerodynamic forces quickly broke the orbiter.
Therefore, lift and drag are aerodynamic forces.
In normal operation, the aerodynamic forces urge the fan blades axially upstream.
In operation, the various blades are subjected to aerodynamic forces.
Power operation prevents aerodynamic forces overriding the pilots ' control inputs.
In addition, each blade is subjected in flight to aerodynamic forces.
For these calculations, the aerodynamic forces expressed in blade axes are used.
In powered flight, the animal uses muscular power to generate aerodynamic forces.
In both cases, the aerodynamic forces are taken into account through a simplified analytical model.
In operation, the radial arm of the intermediate casing is subjected to aerodynamic forces.
How to cope with aerodynamic forces when designing the world's longest suspension bridges.
Data relating to stages of flight, including aerodynamic forces and vibration ; and.
While aerodynamic forces also act directly on the ropes, they are generally of negligible magnitude.
Furthermore, if there is some wind or rotation, aerodynamic forces will act on the blade.
The aerodynamic forces were computed using the theodorsen 's theory and the doublet lattice method.
The aircraft 's exterior was modified to withstand the high aerodynamic forces incurred during training sorties.
The aerodynamic forces of the fuselage, booms, propeller or floats are not taken into account.
This case is more complex because non-stationary aerodynamic forces depend on the mismatched mode.
Now, the aerodynamic forces and moments in the blade bearing coordinate system can be calculated.
Also, the as-built shape can be twisted such that it untwists under the aerodynamic forces.
The origin of these unbalanced aerodynamic forces is illustrated in Figure 4.
Aeroelasticity, The study of the interactions among inertial, elastic and aerodynamic forces.
Aeroelasticity - the interaction of aerodynamic forces and structural flexibility, potentially causing flutter, divergence, etc.
You can tether a fly to a little stick . You can measure the aerodynamic forces it 's creating.
On the same figure shows the aerodynamic forces I ( lift ) and D ( drag ).
In 1871, FrancisHerbertWenham constructed the first windtunnel, allowing precise measurements of aerodynamic forces.
Fig . 4 shows a schematic view of flow velocities and aerodynamic forces at the airfoil profile 50.
In 1871, Francis Herbert Wenham constructed the first wind tunnel, allowing precise measurements of aerodynamic forces.
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