000			02355nab a2200337 c 4500
001			koha001004042
005			20230809134825.0
007			cr |
008			230627|2022 sz s a eng d
024	7		_a10.3390/math10020263 _2doi
035			_akoha001004042
040			_aRU-ToGU _brus _cRU-ToGU
100	1		_aLe, Xuan Hoang Khoa _9886299
245	1	0	_aNumerical simulation of solid and porous fins’ impact on heat transfer performance in a differentially heated chamber _cX. H. K. Le, I. Pop, M. A. Sheremet
336			_aТекст
337			_aэлектронный
504			_aБиблиогр.: 23 назв.
520	3		_aThe development of different industrial fields, including mechanical and power engineering and electronics, demands the augmentation of heat transfer in engineering devices. Such enhancement can be achieved by adding extended heat transfer surfaces to the heated walls or heat-generating elements. This investigation is devoted to the numerical analysis of natural convective energy transport in a differentially heated chamber with isothermal vertical walls and a fin system mounted on the heated wall. The developed in-house computational code has been comprehensively validated. The Forchheimer-Brinkman extended Darcy model has been employed for the numerical simulation of transport phenomena in a porous material. The partial differential equations written, employing non-primitive variables, have been worked out by the finite difference technique. Analysis has been performed for solid and porous fins with various fin materials, amounts and heights. It has been revealed that porous fins provide a very good technique for the intensification of energy removal from heated surfaces.
653			_aестественная конвекция
653			_aдифференциальный обогрев
653			_aзамкнутые полости
653			_aчисленное моделирование
655		4	_aстатьи в журналах _9889910
700	1		_aPop, Ioan _d1937- _9179074
700	1		_aSheremet, Mikhail A. _989131
773	0		_tMathematics _d2022 _gVol. 10, № 2. P. 263 (1-14) _x2227-7390
852	4		_aRU-ToGU
856	4		_uhttp://vital.lib.tsu.ru/vital/access/manager/Repository/koha:001004042
908			_aстатья
999			_c1004042