A set of program code for the article "Study of the Locally Non-Equilibrium Process of Inductive Metal Heating in a Hydrogen Generation Reactor"

A set of program code for the article Pashin A.V., Kryukov Yu.A., Mikheeva G.V., Kudinov I.V., Pimenov A.A. "Investigation of the local non-equilibrium process of inductive heating of metal in a hydrogen generation reactor". A method for identifying the source of heat that occurs in the skin-layer of a hydrogen generation reactor filled with liquid metal during its induction heating is proposed. Thanks to the use of the proposed method, it is possible, with a known thickness of the skin layer, to find the power of the heat source arising in it, at which methane is heated to a given pyrolysis temperature. The method is based on the use of the heat balance equation and a local non-equilibrium mathematical model, which makes it possible to take into account the relaxation properties of materials. As a result of multivariate numerical calculations, the power of the internal heat source was determined, which is necessary for the working medium of the reactor (liquid metal) to reach the pyrolysis temperature. The developed program allows you to simulate the process of induction heating of metal in a hydrogen generation reactor.本数据集为帕申 A.V.、克鲁科夫 Ю.А.、米赫耶娃 G.V.、库季诺夫 I.V.、皮梅诺夫 A.A. 所发表的论文《氢生成反应器内金属感应加热的局部非平衡过程研究》配套的程序代码集合。该研究提出了一种针对充入液态金属的氢生成反应器在感应加热工况下，其集肤层内热源的识别方法。依托所提方法，在已知集肤层厚度的条件下，可求解出使甲烷被加热至指定热解温度时，集肤层内热源的功率值。该方法以热平衡方程与局部非平衡数学模型为基础，能够充分考量材料的弛豫特性。通过多变量数值模拟计算，确定了使反应器工质（液态金属）达到热解温度所需的内部热源功率。本自研程序可实现氢生成反应器内金属感应加热过程的仿真模拟。