首页> 外文会议>ASME Heat Transfer/Fluids Engineering Conference >STEFAN NUMBER-INSENSITIVE NUMERICAL SIMULATION OF THE ENTHALPY METHOD FOR STEFAN PROBLEMS USING THE SPACE-TIME CONSERVATION ELEMENT AND SOLUTION ELEMENT METHOD
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STEFAN NUMBER-INSENSITIVE NUMERICAL SIMULATION OF THE ENTHALPY METHOD FOR STEFAN PROBLEMS USING THE SPACE-TIME CONSERVATION ELEMENT AND SOLUTION ELEMENT METHOD

机译:使用空时节约因素和解决方案元素法对斯特凡问题焓法的斯特凡数不敏感数值模拟

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摘要

An improvement is introduced to the conservation element and solution element (CE/SE) phase change scheme presented previously. The improvement addresses a well known weakness in numerical simulations of the enthalpy method when the Stefan number, (the ratio of sensible to latent heat) is small (less than 0.1). Behavior of the improved scheme, at the limit of small Stefan numbers, is studied and compared with that of the original scheme. It is shown that high dissipative errors, associated with small Stefan numbers, do not occur using the new scheme.
机译:引入先前呈现的保护元件和溶液元件(CE / SE)相变方案的改进。当斯特凡数(潜热比率与潜热比率)小(小于0.1)时,改善在焓方法的数值模拟中解决了众所周知的弱点。研究并与原始方案的限制进行了改进方案的行为。结果表明,使用新方案不会发生与小型斯特凡号相关的高耗散误差。

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