Final Report Summary - GAKO2007CA (Development of multiscale methods in planning of nano MEMS)
The reporting stage is the return stage of the project entitled GAKO2007CA, which principal part was realised during two years stay of Dr A. G. Kolpakov in Dipartimento di Automazione, Elettromagnetismo, Ingegneria dell'Informazione e Matematica Industriale (DAEIMI) in Università degli Studi di Cassino e del Lazio Meridionale, Italy (project PIIF-GA-2008-219690).
The aims of this stage of the project were:
- reintegration of the researcher,
- finalising of the research started during the first stage of the project.
The support was useful for the reintegration of the researcher, because home university did not have financial resources for adaptation of the researcher.
The researches started during the first stage of the project were finalised. There were prepared and submitted papers devoted newly developed method of local perturbation for joined elements of structures (in International Journal of Engineering Sciences and Journal of Applied Mechanics and Technical Physics) and sent in press a book on network approximation method in material modelling (in Cambridge University Press, see http://www.cambridge.org/gb/ knowledge/isbn/ item6920740/?site_locale=en_GB for details).
It was obtained results concerning the possible mechanism of complimentary of charged bodies - 'lock and key' problem (arXiv:1205.5157). It is found that the complimentary of charged bodies can be realised on the principle of orthogonality of distribution of charges.
The aims of this stage of the project were:
- reintegration of the researcher,
- finalising of the research started during the first stage of the project.
The support was useful for the reintegration of the researcher, because home university did not have financial resources for adaptation of the researcher.
The researches started during the first stage of the project were finalised. There were prepared and submitted papers devoted newly developed method of local perturbation for joined elements of structures (in International Journal of Engineering Sciences and Journal of Applied Mechanics and Technical Physics) and sent in press a book on network approximation method in material modelling (in Cambridge University Press, see http://www.cambridge.org/gb/ knowledge/isbn/ item6920740/?site_locale=en_GB for details).
It was obtained results concerning the possible mechanism of complimentary of charged bodies - 'lock and key' problem (arXiv:1205.5157). It is found that the complimentary of charged bodies can be realised on the principle of orthogonality of distribution of charges.