Matematicheskoe Modelirovanie Mems-Sistem

Aktual'nost' raboty obuslovlena neobkhodimost'yu razrabotki novykh matematicheskikh i komp'yuternykh modeley, a tak zhe effektivnykh chislennykh algoritmov i metodov resheniya svyazannykh elektromekhanicheskikh i termomekhanicheskikh zadach, pozvolyayushchikh issledovat' i prognozirovat' parametry vynuzhdennogo dvizheniya i osnovnye kharakteristiki dinamicheskikh mikrosistem, soderzhashchikh defekty. Rabota orientirovana na sozdanie, v ramkakh prikladnykh issledovaniy, novoy raschetnoy tekhnologii otsenki usloviy vozmozhnoy ekspluatatsii mikroelektromekhanicheskikh sistem, imeyushchikh defekty geometrii i svoystv. Osnovnoy zadachey yavlyaetsya sozdanie modeley povedeniya dinamicheskikh mnogosloynykh mikromekhanicheskikh konstruktsiy s dissipatsiey energii, soderzhashchikh razlichnye defekty formy i svoystv; metodami vychislitel'nogo eksperimenta ustanovlenie vliyaniya tipovykh defektov na dinamicheskie kharakteristiki rassmatrivaemykh sistem; reshenie obratnykh dinamicheskikh zadach i otsenka vozmozhnosti prognozirovaniya tipa i velichiny defekta; razrabotka i sozdanie novoy raschetnoy tekhnologii otsenki usloviy vozmozhnoy ekspluatatsii mikroelektromekhanicheskikh sistem (MEMS).