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0215U002202,
0113U001268
,
Software-algorithmic tools and Information Technology Automation Research of energy efficient wood drying processes
Sokolovsky Y. I.,
20-02-2015
National Forestry University of Ukraine
In the thesis is devoted to solution of applied problem of development based on object-oriented approach of software-algorithmic tools and information technologies automation research ecologically safe and energy efficient drying process of capillary-porous materials, particularly wood. To do this, constructed mathematical models and finite-element algorithms research strain-relaxation and heat mass transfer fields in hygroscopic anisotropic materials during drying. The algorithm of finite element method for two-dimensional elastic-viscous-plastic region deformation wood considering sorption creep mechanism that allows you to analyze the strain-relaxation and heat-mass transfer processes in drying wood with considering rate of change of humidity and anisotropy of mechanical characteristics of the material variables. The software complex automates all stages of the study full cycle of finite-element modeling processes heat mass transfer and deformation in heterogeneous hygroscopic materials during drying, provides efficient data manipulation, graphical display. The proposed object-oriented models, numerical algorithms can be used to improve processes heat mass transfer, intensification procedures for the development of technological solutions saving technologies timber.
Бакалець І.Т.
Борецька І.Б.
Гопка В.С.
Динька О.П.
Камборов А.М.
Лотиш І.Л.
Нечепуренко А.В.
Поберейко Б.П.
Прусак Ю.В.
Рожак П.І.
Сало М.Ф.
Семенишин Н.О.
Соколовський Ярослав Іванович
Шиманський В.М.
Яркун В.І.
2020-04-02
Updated: 2025-12-07
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