Nauryz Ta 1

1. Mathematical model of thermal phenomena of closure electrical contact with Joule heat source and nonlinear thermal coefficients
2. Mathematical modeling of heat process in a cylindrical domain with nonlinear thermal coefficients and a heat source on the axis
3. Analytical solution of Stefan-type problems
4. ONE-PHASE SPHERICAL STEFAN PROBLEM WITH TEMPERATURE DEPENDENT COEFFICIENTS
5. Solution of two-phase cylindrical direct stefan problem by using special functions in electrical contact processes
6. EXACT SOLUTION TO A STEFAN-TYPE PROBLEM FOR A GENERALIZED HEAT EQUATION WITH THE THOMSON EFFECT
7. Mathematical modeling and analysis of thermal dynamics in an electrical contact bridge with nonlinear Stefan problem including thermoelectric effect and internal heat source
8. Mathematical modeling of the thermal process of arc erosion with current carrying heating effect in a temperature gradient
9. Similarity Solution of Two-Phase Cylindrical Stefan Solidification Problem
10. Theoretical analysis of nonlinear Stefan problem including internal Joule heat source in cylindrical geometry by fixed point theory
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