Damp ground freezing (2). Successive approximation technique

Tyumen State University Herald. Physical and Mathematical Modeling. Oil, Gas, Energy

Release:

Releases Archive. Вестник ТюмГУ. Физико-математические науки. Информатика (№4, 2012)

Title:

Damp ground freezing (2). Successive approximation technique

Authors: Eduard A. Arinshteyn, Yuriy D. Kirillov

About the authors:

Eduard A. Arinshteyn, Dr. Sci. (Phys.-Math.), Professor, University of Tyumen; e.a.arinshtejn@utmn.ru

Yuriy D. Kirillov, postgraduate student, Department of physical systems and processes simulation, Institute of Mathematics, Humanities and Information Technologies, Tyumen State University

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Abstract:

Heat transfer problem has been considered. Heat capacity and heat conductivity depend on temperature. Successive approximation technique has been used. High-order approximation has been considered.

Keywords:

Heat conductivity
heat capacity
local time
Green function
successive approximation technique

References: