йЧБОПЧБ еМЕОБ бМЕЛУБОДТПЧОБ уБОЛФ-рЕФЕТВХТЗУЛЙК ЗПУХДБТУФЧЕООЩК РПМЙФЕИОЙЮЕУЛЙК ХОЙЧЕТУЙФЕФ

рМЕОБТОЩЕ ДПЛМБДЩ Й РТЙЗМБЫЕООЩЕ МЕЛГЙЙ

рМЕОБТОЩЕ ДПЛМБДЩ ОБ ЛПОЖЕТЕОГЙСИ

• E. A. Ivanova, E. N. Vilchevskaya. Theory of shells and theory of curvilinear rods: a comparative analysis. International Conference "Shell and Membrane Theories in Mechanics and Biology: From Macro- to Nanoscale Structures". Belarus, Minsk, September 16 – 20, 2013. (??? Kb)
• е. б. йЧБОПЧБ. пРЙУБОЙЕ ЬМЕЛФТПНЕИБОЙЮЕУЛЙИ РТПГЕУУПЧ РПУТЕДУФЧПН УТЕДЩ лПУУЕТБ У НЙЛТПУФТХЛФХТПК. XVIII ъЙНОСС ЫЛПМБ РП НЕИБОЙЛЕ УРМПЫОЩИ УТЕД, З. рЕТНШ, 18 – 22 ЖЕЧТБМС 2013 З. (164 Kb)
• е. б. йЧБОПЧБ. фЕПТЙС ФЕТНПЧСЪЛПХРТХЗПУФЙ ЗЙРЕТВПМЙЮЕУЛПЗП ФЙРБ. XVII ъЙНОСС ЫЛПМБ РП НЕИБОЙЛЕ УРМПЫОЩИ УТЕД, З. рЕТНШ, 28 ЖЕЧТБМС – 3 НБТФБ 2011 З. (420 Kb)
• E. A. Ivanova on behalf of Zhilin's pupils. P. A. Zhilin — Scientific Results. International Summer School-Conference "Advanced Problems in Mechanics". Russia, St. Petersburg (Repino), June 25 – July 1, 2006. (432 Kb)
• е. б. йЧБОПЧБ, д. б. йОДЕКГЕЧ, о. ж. нПТПЪПЧ, в. б. уЕНЕОПЧ. нЕИБОЙЮЕУЛЙЕ РБТБНЕФТЩ ОБОПТБЪНЕТОЩИ ПВЯЕЛФПЧ. фЕПТЙС Й ЬЛУРЕТЙНЕОФ. уПЧТЕНЕООЩЕ РТПВМЕНЩ НЕИБОЙЛЙ УРМПЫОПК УТЕДЩ. IX нЕЦДХОБТПДОБС ЛПОЖЕТЕОГЙС, РПУЧСЭЕООБС 85-МЕФЙА УП ДОС ТПЦДЕОЙС БЛБДЕНЙЛБ тбо й.й. чПТПЧЙЮБ, З. тПУФПЧ-ОБ-дПОХ, 11 – 15 ПЛФСВТС 2005 З. (292 Kb)

лХТУЩ МЕЛГЙК

• E. A. Ivanova. On the application of continuum models of the microstructure for description of non-mechanical processes on the macro-level. Lectures for postgraduate students. Otto-von-Guericke-Universität, Magdeburg, Germany. January, 14 – 28, and June 30 – July 21, 2012.

  
  
  • Lecture 1. Mathematics necessary for description of continua with microstructure. Models of particles with complex structure as the base of modeling continua with microstructure. (144 Kb)
  • Lecture 2. Modelling of continua with microstructure: equations of motion, strain measures and constitutive equations. Continua with inner rotational degrees of freedom. (132 Kb)
  • Lecture 3. Application of continuum models with microstructure to description of processes of non-mechanical nature at the macro-level: historical remarks and state-of-the-art. (804 Kb)
  • Lecture 4. Application of the continuum model with microstructure (continua with inner rotational degrees of freedom) to description on the macro-level of heat conductivity and heat radiation processes. (96 Kb)
  • Lecture 5. Application of the continuum model with microstructure (continua with inner rotational degrees of freedom) to description on the macro-level of electro-magnetic processes: simplest theory leading to Maxwell's equations. (92 Kb)
  • Lecture 6. Application of the continuum model with microstructure (continua with inner rotational degrees of freedom) to description on the macro-level of electro-magnetic processes: theory connecting electro-magnetic and heat processes. (92 Kb)

  
  
• е. б. йЧБОПЧБ. нЕФПДЩ НЕИБОЙЛЙ УРМПЫОЩИ УТЕД РТЙ ТЕЫЕОЙЙ ЪБДБЮ ОБОПНЕИБОЙЛЙ. лХТУ МЕЛГЙК, 8 БЛБД. ЮБУПЧ. рЕТНУЛЙК ЗПУХДБТУФЧЕООЩК ХОЙЧЕТУЙФЕФ. рЕТНШ, тПУУЙС. дЕЛБВТШ 2006 З. (2490 Kb)

рТЙЗМБЫЕООЩЕ ДПЛМБДЩ ОБ ОБХЮОЩИ УЕНЙОБТБИ

• E. A. Ivanova, N. F. Morozov. Methods of continuum mechanics in the problems of nanotechnology. Seminar in Sandia National Laboratories, Livermor, U.S.A., 2006. (1208 Kb)
• е. б. йЧБОПЧБ. дПЛМБД РП НБФЕТЙБМБН ДПЛФПТУЛПК ДЙУУЕТФБГЙЙ. уЕНЙОБТ ЛБЖ. ФЕПТЕФЙЮЕУЛПК НЕИБОЙЛЙ Й НЕИБФТПОЙЛЙ, нПУЛПЧУЛЙК ЗПУХДБТУФЧЕООЩК ХОЙЧЕТУЙФЕФ. нПУЛЧБ, 2002. (256 Kb)

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