IHS ESDU The equations of motion of a rigid aircraft. 67003

Description
The equations of motion of a rigid aircraft are required before any analysis can be started. In many problems the Earth can be regarded as ideally flat and non-rotating. In the main ESDU 67003 makes those assumptions and the equations for a rigid aircraft, first in general form, and then in a linearised perturbation form, are presented. The latter form is in widespread use for investigating the small disturbances of an aircraft from some datum flight condition, which is usually taken as a steady state defined by constant linear and angular velocities.
Description
The equations of motion of a rigid aircraft are required before any analysis can be started. In many problems the Earth can be regarded as ideally flat and non-rotating. In the main ESDU 67003 makes those assumptions and the equations for a rigid aircraft, first in general form, and then in a linearised perturbation form, are presented. The latter form is in widespread use for investigating the small disturbances of an aircraft from some datum flight condition, which is usually taken as a steady state defined by constant linear and angular velocities.

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The equations of motion of a rigid aircraft. - 67003 - IHS ESDU
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The equations of motion of a rigid aircraft.
67003
The equations of motion of a rigid aircraft. 67003
The equations of motion of a rigid aircraft are required before any analysis can be started. In many problems the Earth can be regarded as ideally flat and non-rotating. In the main ESDU 67003 makes those assumptions and the equations for a rigid aircraft, first in general form, and then in a linearised perturbation form, are presented. The latter form is in widespread use for investigating the small disturbances of an aircraft from some datum flight condition, which is usually taken as a steady state defined by constant linear and angular velocities.

The equations of motion of a rigid aircraft are required before any analysis can be started. In many problems the Earth can be regarded as ideally flat and non-rotating. In the main ESDU 67003 makes those assumptions and the equations for a rigid aircraft, first in general form, and then in a linearised perturbation form, are presented. The latter form is in widespread use for investigating the small disturbances of an aircraft from some datum flight condition, which is usually taken as a steady state defined by constant linear and angular velocities.

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  IHS ESDU
Product Category Standards and Technical Documents
Product Number 67003
Product Name The equations of motion of a rigid aircraft.
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