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A unified approach to explain thermo-fluid science concepts using interactive molecular-level simulations

机译:使用互动分子水平模拟解释热流体科学概念的统一方法

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Engineering students may possess misconceptions about topics in thermo-fluid sciences. These misconceptions, once formed, persist with students at the junior and senior levels. Educational research shows that learning is enhanced when concepts are described at the molecular level as emergent processes. A review of college textbooks used in the engineering curriculum revealed a mixed trend towards including molecular level descriptions of scientific processes. However, these descriptions are often not presented as emergent processes at the molecular level consistently when discussing topics. In support of an ongoing study, interactive molecular-level simulations have been created to help students develop an enhanced understanding of scientific processes in the thermal and fluid sciences.
机译:工程学生可能对热流体科学的主题具有误解。曾经形成的这些误解,持续在初级和高级学生。教育研究表明,当概念在分子水平作为紧急过程中描述时,学习得到增强。在工程课程中使用的大学教科书综述显示了一种旨在包括科学过程的分子水平描述的混合趋势。然而,在讨论主题时,这些描述通常不会始终如一地呈现为分子水平的紧急过程。为了支持正在进行的研究,已经创建了互动分子级模拟,以帮助学生在热和流体科学中增强对科学过程的理解。

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