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The work deals with development of computational algorithms for modeling complex processes using the example of self-heating processes in elastomer composites. The calculation approach was proposed and applied for the calculation of the heat process of the tire in operation. The approach deals with computational modelling of stress-strain state processes and solving thermal conductivity problem. It includes obtaining data from one calculation, its processing and implementation to another. The several integrated macros codes and specific routines has been written in frame of work.

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Development of Computational Algorithm of Investigation Self-heating Processes in Elastomers

  • 会议论文

  • 发表日期：

    2026年

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  • Yuliia Viazovychenko,
  • Oleksiy Larin

摘要

The work deals with development of computational algorithms for modeling complex processes using the example of self-heating processes in elastomer composites. The calculation approach was proposed and applied for the calculation of the heat process of the tire in operation. The approach deals with computational modelling of stress-strain state processes and solving thermal conductivity problem. It includes obtaining data from one calculation, its processing and implementation to another. The several integrated macros codes and specific routines has been written in frame of work.