Registration Number
0217U000986,
0111U009687
, R & D reports
Title
Analytical-numerical methods in mathematical models of mechanics of coupled fields relative to separete enjineering and medical problems.
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Head
Hachkevych Oleksandr Romanovych,
Registration Date
28-03-2017
Organization
Pidstryhach Institute of Applied Problems of Mechanics and Mathematics NAS of Ukraine
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Using the methods of applied mathematics, mechanics, theory of heat conduction, radiation theory, nonequilibrium thermodynamics, materials science, optimal control theory the corresponding physical and mathematical models and methods of mechanics of coupled fields are designed and developed for investigation and optimization the thermomechanical behavior and the structural state of homogeneous, piecewise-homogeneous and layered solids made from classical (low-alloy steels, titanium alloys, glass, etc.) and new materials (materials with shape memory, plastics, special types of glass, etc.) when subjected to intensive external effects, in particular thermal radiation, taking into account the temperature sensitivity, features of the character of deformation and the structural state at elevated temperatures and specifics of external effects in order to solve the selected problems of processing technology, fire resistance of structures, medical biomechanics and increasing of resource of power equipment. The corresponding classical and nonclassical direct and inverse problems of mathematical physics and methods of their solutions are formulated and constructed. On the basis of computer simulation and analysis of the solutions the new regularities of thermomechanical behavior and changes of the structural state of solids, depending on the material properties and parameters of external effect are established.
Product Description
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Івасько Р.О.
Ірза Є.М.
Асташкін В.І.
Будз С.Ф.
Вовк О.М.
Гарматій Г.Ю.
Гачкевич М.Г.
Гачкевич О.Р.
Дробенко Б.Д.
Калиняк Б.М.
Кушнір Р.М.
Махоркін І.М.
Онишко О.Є.
Попович В.С.
Процюк Б.В.
Терлецький Р.Ф.
Токовий Ю.В.
Шевчук В.П.
Ясінський А.В.
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2020-04-02
