计算工程:热流动力学研究中的数学模型

E. Gago, Lucas I. D’alessandro, Marcelo M. Zurbriggen
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引用次数: 0

摘要

根据最新的工程教育创新趋势,新的教学模式出现,以实现智力能力的更高发展,技能的获取,以更有效和快速的手段取代过时的技术,并在教学和学习过程中更好地整合知识。根据这些范例,我们建立了新的教学方法,并结合计算机资源,从多学科的角度来研究复杂变量和拉普拉斯变换函数的发展。所提出的教学建议是关于与流体中的热传递相关的系统,其中模型中使用的概念被分析和图解地接近,使课程内容有意义,并促进理论的解释和概念化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computational Engineering: Mathematical Models in Heat Flow Dynamics Study
According to the latest educational innovation trends in engineering, new teaching paradigms emerge to achieve higher development in intellectual capacities, acquisition of skills, substitution of outdated techniques for more efficient and fast means, and a better integration of knowledge in the teaching and learning processes. In line with these paradigms, we have set up new pedagogic methodologies together with computer resources to work with the development of functions with a complex variable and Laplace transform from a multidisciplinary view in the subject Advanced Calculus of the Mechanical Engineering Programme. The didactic proposal presented is about systems related with heat transfer in a fluid where the concepts used in the models are approached analytically and graphically making the curricular content meaningful and facilitating the interpretation and conceptualization of the theory.
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