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Foydalanilgan adabiyotlar ro‘yxati
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Bog'liq Asosiy oxirgi 17.05.2023 18.20Foydalanilgan adabiyotlar ro‘yxati
1. Aripov M. Khaydarov A., Sadullaeva Sh.A. Numerical modeling of some processes in a
lineless moving media // «Илм сарчашмалари», №1, 2007, стр. 20-26.
2. Самарский А.А., Галактионов В.А., Курдюмов С.П., Михайлов А.П. Режимы с
обострением в задачах для квазилинейных параболических уравнений. – М.: Наука,
1987, 480б.
3. Aripov M., Sadullaeva Sh. A. Properties of the solutions of one parabolic equation of
non-divergent type // Proceedings of CAIM 2003. vol. 2, 130-136.
4. Aripov M. Sadullaeva Sh. A. Computer modeling of nonlinear processes of diffusion
(Monography), Tashkent, 2020, 670 pp.
5. Aripov M. Standard Equation Methods for Solutions of Nonlinear problems
(Monograph) Tashkent, FAN, 1988, 137 p.
Begulov U.U., Haydarov A. Zichligi vaqtga bog‘liq ravishda o‘zgaruvchi muhitda chiziqsiz
issiqlik tarqalish tenglamasini matematik modellashtirish va sonli natijalar olish
ZICHLIGI VAQTGA BOG‘LIQ RAVISHDA O‘ZGARUVCHI MUHITDA CHIZIQSIZ
ISSIQLIK TARQALISH TENGLAMASINI MATEMATIK MODELLASHTIRISH VA SONLI
NATIJALAR OLISH
Begulov Utkir Uktam o‘g‘li
O‘zMU Amaliy matematika va intellektual texnologiyalar fakulteti tayanch doktaranti,
begulov0108@gmail.com,
Haydarov Abdugappar
O‘zMU Amaliy matematika va intellektual texnologiyalar fakulteti dotsenti,
haydarovabdu@rambler.ru
Annotatsiya:
maqolada chiziqsiz issiqlik tarqalish jarayonlarni o‘rganish, solishtirish
teoremalari hamda avtomodel tenglamaga keltirish orqali tenglamani yechish ko‘rib
chiqiladi va yechim uchun olingan boshlang‘ich yaqinlashish asosida berilgan matematik
modelning sonli tahlili amalga oshiriladi.
Kalit so‘zlar
: zichlik, avtomodel, matematik modellashtirish, diffuziya, issiqlik
o‘tkazuvchanlik.
Abstract
: the article examines the study of nonlinear heat dissipation processes,
comparison theorems, and the solution of the equation by bringing it to the self-similar
equation, and a numerical analysis of the given mathematical model based on the initial
approximation obtained for the solution is carried out.
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