МРНТИ 50.01.84

№1-2024

https://doi.org/10.53939/1560-5655_2024_1_6

PDF

Izbassarova A.Z., Kudaykulov A.K., Tashev A.A

Abstract: Many load-bearing elements of power plants are influenced by local heat flows and convective heat exchangers. Because of this, a deformed thermostress state is formed in the bearing elements in the form of a rod of limited length. Therefore, it is important to develop special computational algorithms and corresponding programs for automated research of rods of limited length. At the same time, the developed system must take into account the physical-mechanical
and geometric characteristics of the studied core and the simultaneous presence of local convective heat exchange.This work uses the fundamental laws of energy saving. The developed calculation algorithm is implemented in the form of an IBM
PC Python program. The results are presented in tables.
Keywords: automation, table, graph, Python program.

References

1 Kudajkulov A., Kenzhegulov B., My`rzasheva A., Kenzhegulova S. Chislenny`j metod opredeleniya udlineniya sterzhnya iz zharoprochnogo splava pri nalichii teploobmena, chastichnoj teploizolyaczii, lokal`noj postoyannoj temperatury`.−Vestnik KazATK, 2009.
2 Zhumadillaeva A.K., Kudajkulov A.K., Tashenova Zh.M. [i dr.]modelirovanie ustanovivshegosya nelinejno termo-napryazhennodeformirovannogo sostoyaniya teploizolirovannogo sterzhnya ogranichennoj dliny` pri vozdejstvii teplovogo potoka i teploobmena // Fiziko-matematicheskie nauki i informaczionny`e tekhnologii: problemy` i tendenczii razvitiya: sb. st. po mater. II mezhdunar. nauch.- prakt. konf. – Novosibirsk: SibAK, 2012.
3 Kudajkulov A., Nogajbaeva M. Opredelenie termo-napryazhennogo sostoyaniya sterzhnya peremennogo secheniya.− International scientific review, 2016.
4 Kudaykulov A., Arshidinova M., Tashev A. Numerical Modeling of Nonlinear Thermomechanical Processes in a Rod of Variable Cross Section in the Presence of Heat Flow.− 5th International Conference on Information Science and Control Engineering (ICISCE), 2018.