A method of determining the moments of inertia of an airplane from design data pertaining to the weights and locations of the component parts is described. The computations required to ascertain the center-of-gravity position are incorporated with the calculations of moments of inertia. A complete set of data and calculations for a modern airplane is given to illustrate the procedure. From a comparison between calculated values and measured values it is believed that the moments of inertia can be estimated within 10 percent by the use of this method
This note describes the measurement of the moments of inertia in roll, pitch and yaw of a Hawker-Si...
In this work, a novel algorithm for estimating aircraft center-of-gravity location based solely on t...
A simplified compound-pendulum method for the experimental determination of the moments of inertia o...
This note contains a description of an improved apparatus and procedure used by the NACA for determi...
The application of the pendulum method to the experimental determination of the moments of inertia o...
the practice of measuring the moments of iaertia of all airplanes that become available through thei...
This note contains a description of an improved apparatus and procedure used by the NACA for determi...
This paper, which is the first of a series presenting the results of such measurements, gives the mo...
A simplified method for the experimental determination of the moments of inertia, product of inertia...
The method of measuring moment of inertia of an airplane by oscillating it on the knife edges and a ...
This note describes the measurement of the moments of inertia, of a Morane-Saulnier M.S.760 'PARIS'...
Mass of an aircraft as well as distribution of it along the body are important concerns during the d...
Current practices are evaluated for experimentally determining airplane center of gravity, moments o...
A feasibility study for the measurement of the inertia properties of a full-scale aircraft is presen...
Measurements made during flight with the triple recording device which gives the horizontal and vert...
This note describes the measurement of the moments of inertia in roll, pitch and yaw of a Hawker-Si...
In this work, a novel algorithm for estimating aircraft center-of-gravity location based solely on t...
A simplified compound-pendulum method for the experimental determination of the moments of inertia o...
This note contains a description of an improved apparatus and procedure used by the NACA for determi...
The application of the pendulum method to the experimental determination of the moments of inertia o...
the practice of measuring the moments of iaertia of all airplanes that become available through thei...
This note contains a description of an improved apparatus and procedure used by the NACA for determi...
This paper, which is the first of a series presenting the results of such measurements, gives the mo...
A simplified method for the experimental determination of the moments of inertia, product of inertia...
The method of measuring moment of inertia of an airplane by oscillating it on the knife edges and a ...
This note describes the measurement of the moments of inertia, of a Morane-Saulnier M.S.760 'PARIS'...
Mass of an aircraft as well as distribution of it along the body are important concerns during the d...
Current practices are evaluated for experimentally determining airplane center of gravity, moments o...
A feasibility study for the measurement of the inertia properties of a full-scale aircraft is presen...
Measurements made during flight with the triple recording device which gives the horizontal and vert...
This note describes the measurement of the moments of inertia in roll, pitch and yaw of a Hawker-Si...
In this work, a novel algorithm for estimating aircraft center-of-gravity location based solely on t...
A simplified compound-pendulum method for the experimental determination of the moments of inertia o...