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Experimental Researches Conducted in Industrial Conditions to Check some C_(++) Language Software at Heating Steel Ingots with Cold Intitial Condition

机译:在工业条件下进行的检查具有C _(++)语言的软件的实验研究,该软件在冷初始条件下加热钢锭

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摘要

In present work proposes itself to show the advantages of modern heating technologies for plastic deformations in comparison -with the existent technologies for steel cold ingots. This new technologies uses special PC programmes for the thermal systems measurement, in C_(++) language. In programmes Heiligenstaedt methodology is used as well as Bessel-Fourier functions and the decoupling principle, this principle permitting, from the point of view of the heating transfer calculation, the heated metal to be separated from the furnace. The criterion adaptation can safely replace difficult industrial investigations, thus proving its utility for practical situations.
机译:在目前的工作中,提出了与塑性冷变形钢相比,现代塑性变形加热技术的优势。这项新技术使用特殊的PC程序以C _(++)语言进行热系统测量。在程序中,使用了Heiligenstaedt方法学以及Bessel-Fourier函数和解耦原理,从传热计算的角度来看,该原理允许将加热的金属从熔炉中分离出来。标准修改可以安全地替代困难的工业调查,从而证明其在实际情况中的实用性。

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