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Extended Numerical and Analytical Model for Heat Transfer with and without Phase Change in non Ferric Powder for Thermal Spray Plasma Conditions

机译:用于热喷涂等离子体条件的非二氧制粉末热传递和不具有相变的传热和分析模型

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Splat generation of metal particles on substrates is a very important process for a variety of depositions techniques like plasma thermal spray. In this article an analytical and a numerical model are presented to describe the heating and melting process(heating with phase change), using adequate boundary conditions, global thermal capacity and the Stefan condition at the interface. An analytical dimensionless expression is determined for the temperature distribution as well the position and velocity of the moving liquid-solid interface in terms of Bessel functions. Comparison with the numerical results are carried out.
机译:Splat在基材上产生金属颗粒是各种沉积技术的非常重要的方法,如等离子体热喷涂。在本文中,提出了一种分析和数值模型来描述加热和熔化过程(使用相变),使用界面的充分边界条件,全局热容量和斯特凡条件。在贝塞尔功能方面,为温度分布确定了温度分布的分析无量纲表达式,以及移动液体固体界面的位置和速度。执行与数值结果的比较。

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