MAIN ACHIEVEMENTS
Second International conference of scientists and specialists from member countries of the Union for economic mutual aid on scientific devices "Nauchpribor - '84"– Plovdiv, Bulgaria, September 1984, Theses of reports, Sofia, Bulgarian Academy Of Sciences /BAS/ – Sofia, Bulgaria,, 1984 (in Russian language);
Reports at the 5th National Congress on Theoretical and Applied Mechanics with international participation, Varna, Bulgaria, 23-29 September 1985, Sofia, Bulgarian Academy Of Sciences /BAS/ – Sofia, Bulgaria, 1986, vol. 4 (in Russian language);
Reports at the 5th National Congress on Theoretical and Applied Mechanics with international participation, Varna, Bulgaria,, 23-29 September 1985, Sofia, Bulgarian Academy Of Sciences /BAS/ – Sofia, Bulgaria, 1986, vol. 4 (in Russian language);
Materials from the National conference "Metrological support of scientific implementation activity", Varna, Bulgaria,, 3-4 November 1986.;
Written materials from the 2nd Conference of representatives of science academies from socialist countries on the topic of metrology, – Sofia, Bulgaria, 6-9 October 1987 (in Russian language);
Written materials from National Scientific-technical Conference with international participation "Izmervane (Measurement) -'88" – Sofia, Bulgaria, 10-11 November 1988;
for acquiring scientific degree Candidate (Doctor) of technical sciences (PhD) – Sofia, Bulgaria, 1990.
PATENTS:
Name: Deflector for water, stand-mounted fire extinguishing heads.
Implemented in production by the Nuclear Equipment Construction Plant in Pleven, Bulgaria;
Name: Spring-optical mechanism.
Implemented as a laboratory and scientific model at Bulgarian Academy Of Sciences /BAS/ - Institute for Mechanics /Institute for Mechanics and Biomechanics/ – Sofia, Bulgaria.
Name: Spring-optical mechanism.
Implemented as a laboratory and scientific model at Bulgarian Academy Of Sciences /BAS/ - Institute for Mechanics /Institute for Mechanics and Biomechanics/ – Sofia, Bulgaria.
Name: Method and device for forces measurement.
Implemented as a laboratory and scientific model at Bulgarian Academy Of Sciences /BAS/ - Institute for Mechanics /Institute for Mechanics and Biomechanics/ – Sofia, Bulgaria.
Name: Device for verification of dynamo-metric wrenches.
Implemented in the National Metrological Center – Sofia, Bulgaria and the Regional Center for Standardization and Metrology Pleven – Pleven, Bulgaria as a secondary standard of Bulgaria for development, transferring and measuring of a rotating moment of force.
Name: Device for centering turnery knife for threading.
Implemented as a measuring device in the process of creation of highly precise thread gauges in the Machinery manufacturer "Vaptsarov" AD - Pleven, Bulgaria.
Name: Moment-initiating mechanism.
The device has not been constructed and implemented in practice up to now due to the changed economic priorities in Bulgaria after 1989.
Name: Home trainer
The device has not been implemented in practice up to now due to organizational and financial issues.
ENCLOSURE:
Theme: Methods and equipment for measurement of linear motion and force torque.
The Dissertation covers topics related to:
1. Development of methods and equipment for highly precise measurement of linear motion and force torque;
2. Development of precise, exemplary and standard ways for equipment measuring of mechanical values indicated above.
In this reference the following problems have been solved:
1. Creating and theoretical examination of method for developing precise ways for measurement of linear motion, forces and torque of pair of forces with better metrological and exploitation capabilities.
2. Creating and theoretical examination of way of realizing unified devices for measurement of physical values of different origin with the help of primary scale transformer, built in measurement scheme.
3. Development of unified way for development of unique and universal ways for highly precise measurement.
4. Creating and laboratory experiments of schemes for metrological examination of devices for highly precise measurement.
5. Experimental check-up of theoretical results for creating measurement devices with better metrological and exploitation parameters.
For this purpose, the following is created, examined and implemented, based on original and copyright schemes:
- a laboratory stand for measuring motion and forces;
- a standard device for forming and delivering of rotating moment of pair of forces.
6. Developing of methods for creating of standard and sample devices for forming, transferring and measurement of torque of pair of forces.
