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Move analysis of research articles across five engineering fields: What they share and what they do not

机译:将研究文章的分析跨五个工程领域转移:它们共享什么,不共享什么

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摘要

While many genre researchers have examined the rhetorical structure of research articles in various disciplines, few have investigated the complete structure of articles for students in engineering, a discipline that includes a wide range of fields. Using Swales' move framework (1990), this paper analyzes the rhetorical structure of 67 engineering research articles from five subdisciplines: structural engineering, environmental engineering, electrical engineering, chemical engineering, and computer science. Six engineering researchers participated in the study by coding texts of full-length papers into moves and steps. The study found that the abstract, introduction, and concluding sections and some of their moves were conventional across all subdisciplines. The finding of no common move patterns throughout the papers across the subdisciplines is explained by the differences in the nature of research in each field. There were, however, limited subdisciplinary similarities such as the use of Move 5, Step 2 observed in environmental, electrical, and chemical engineering. The study results provide practical pedagogical resources, a theoretical background to guide writing in an engineering school, and implications for collaboration with researchers in specialized fields.
机译:尽管许多类型的研究人员已经研究了各个学科的研究论文的修辞结构,但很少有人研究面向工程学学生的完整论文结构,该学科涵盖了广泛的领域。本文使用斯沃尔斯(1990)的移动框架,从五个子学科中分析了67个工程研究文章的修辞结构:结构工程,环境工程,电气工程,化学工程和计算机科学。六名工程研究人员通过将全长论文的文本编码为动作和步骤来参与了这项研究。研究发现,摘要,引言和结论部分以及它们的某些动作在所有子学科中都是常规的。各个学科之间的论文中,没有发现共同的运动模式,这是由各个领域研究性质的差异所解释的。但是,在各学科之间的相似性有限,例如在环境,电气和化学工程中观察到的使用Move 5,Step 2。研究结果提供了实用的教学资源,指导工程学校写作的理论背景,以及与专业领域研究人员合作的意义。

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