KINEMATICS AND DYNAMICS OF INERTIAL DEVICES
The precision, tiny integrating devices used in aircraft, sea transport, moving objects are considered. Devices are used for measurement of acceleration of some point of moving object, speed (after integration) and coordinates (after secondary integration) of point. Laws of mechanics of relative movement in not inertial reference system and the general theorems of dynamics in relative movement are used. Classification of inertial devices is executed on nature of movement of a sensitive element (forward, rotary). The system analysis of influence of design data and the law of change of figurative acceleration on functional characteristics of the device (time of movement of a sensitive element) is made. The actual problem of ensuring constancy of speed of figurative movement is solved at various laws of change of figurative acceleration.