SYNTHESIS OF MAGNETIC SYSTEMS WITH DISTRIBUTED TWIN WINDINGS BASED ON ANALYSIS OF THEIR GENETIC PROGRAMS
Journal Title: Електромеханічні і енергозберігаючі системи - Year 2017, Vol 1, Issue 37
Abstract
Purpose. The purpose of the work is to determine the genetic programs of formation and synthesis of new classes of distributed twin windings at example of the surface winding type for a given function synthesis. Methodology. The methodology of the work including: the problem of synthesis while creating complex technical systems with electromechanical energy converters is analyzed; genetic programs key importance of structure creation in search researches of new magnetic systems with distributed twin windings is shown; genetic nature of electromagnetic structures isotopy is analyzed and its structure-information connection with technic evolution of twin electromechanic objects is revealed; the principles of the distributed winding twin species structure forming are discovered; the primary isotope structures of third generation were used as example of surface twin windings macrogenetic program decryption. The innovative potential of the surface twin windings was identified. Using of genetic modelling results the synthesis of electromagnetic systems twin species windings was made. By research results original magnetic systems of electric machines and elec-tromechanic desintegrators with twin windings were developed. Remained technical solutions were synthezed while their electromagnetic isotope sources genetic programs for the first time. Originality. The originality of the work is determinated by statement, that isotope sources third generation 3G02у macrogenetic program was determinate for the first time and species of twin windings with maximum using of their active surface predisposition were predicted while remain macrogenetic program. Practical value. The practice value are: genetic data bank of magnetic systems with distributed twin windings which are competitive with circulate type windings systems while active surface effective using criteria was created by genetic synthesis results; practical implementation of researches is confirmed by electric machines and electromechanic desintegrators with twin windings original technic projects creation which are syntezed by genetic programs of electromagnetic isotope sources for the first time. Results. The main results of the work can be generalized by such statements: structure creations principles of electric machines magnetic systems with distributed twin windings are determinate by topological properties and genetic information in accordance of primary isotope sources generations, which are submitted in the genetic classification subject area; existence of accordance between primary isotope sources genetic codes and magnetic systems with distributed twin windings genetic information is theo-retically approved and experimentally confirmed.
Authors and Affiliations
Vasyl Shynkarenko, Viktoria Kotlyarova, Anna Shymanska
Keywords
Related Articles
- EP ID EP660446
- DOI -
- Views 136
- Downloads 0
DESIGN AND REALIZATION OF COMPUTER BASED OSCILLOSCOPE USING DSP
Purpose. The design and implementation of a financially affordable computer-based oscilloscope using digital signal controller. Such survey will allow students to study principles of designing, development, programming a...
DYNAMIC PROPERTIES AND TRAJECTORY SENSITIVITY OF VARIANTS OF POSITION ELECTROMECHANICAL SYSTEMS
Relevance. Positional electromechanical systems are essential for an automation of technological processes. The existing approach to the implementation of such systems consists in the generating of motion trajectory, whi...
RESEARCH OF ELECTROMECHANICAL SYSTEM OF VIBROCOMPACTOR WITH A CHAOTIC ESTABLISHED OPERATING MODE
Purpose. The article is devoted to the researching the possibility of creating chaotic regimes for the motion of the electromechanical vibrocompactor of the crucible induction furnace lining in order to improve the quali...
LABORATORY BENCH FOR RESEARCH OF OPTIMAL AND QUASI-OPTIMAL AUTOMATIC CONTROL SYSTEM
Purpose. This paper presents a laboratory bench for research of optimal and quasi-optimal automatic control system in respect of its operation speed. Laboratory bench consists of thermal unit and software and hardware su...
INVESTIGATION OF QUASI-OPTIMAL CONTROL OF SPEED OF FREQUENCY REGULATORY-DRIVEN ASYNCHRONOUS ENGINE IN START-BRAKING MODES
Purpose. To carry out research in the part of refinement of mathematical dependence for the description of quasioptimal control, to develop an universal engineering technique for calculating engine tachograms for a given...