DYNAMICS OF GYROSCOPIC INCLINOMETER
Annotation
For a down-hole inclinometer, dynamic processes taking place during the instrument foundering are investigated. Governing equations for dynamics of helical-anisotropic body are employed. The torque vibrations are damped with the use of special vanes. The hydrodynamic resistance is estimated on the base of Navier— Stokes equations. Experimental and theoretical data are compared.
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Articles in current issue
- DYNAMICS OF GYROSCOPIC INCLINOMETER
- ALTERNATIVE CONSTRUCTIONS OF UNIVERSAL SMALL-SIZED GYRO INKLINOMETER
- DYNAMIC ANALYSIS OF GASKET IN DOWN-HOLE INSTRUMENT
- DYNAMIC STABILITY OF TOOTH-BELT GEAR
- FRICTION SELF-OSCILLATIONS IN MECHANICAL SYSTEM
- PIEZOELECTRIC TWO-COORDINATE DEFLECTOR FOR MARKING LASER
- EXPLORATION OF A PIEZOELECTRIC GRIP WITH SENSING AND MICRO-POSITIONING
- TRENDS OF ERROR MODELING FOR DIAGNOSTIC INSTRUMENTS
- METHODS AND SOFTWARE FOR BALL-BEARING ALL-ROUND INPUT TESTING
- DEFECTS OF OPTICAL FIBER WINDING IN MANUFACTURING OF SENSITIVE ELEMENT OF FIBER-OPTIC INTERFEROMETER
- MODELING OF AUGMENTED REALITY
- PROBLEMS OF ESTIMATION OF DYNAMIC ACUITY OF VISION
- TOOTH-WHEEL PUMPS WITH INTERNAL EXTRACENTROIDAL GEARING
- NEW DEVICES AND FACILITIES FOR WORK WITH LUBRICANTS
- FORMATION OF EDUCATIONAL PROCESS ON THE BASE OF A RATE “COMPUTER CONTROL OF MECHATRONICS SYSTEMS”