首页|海洋强国战略背景下有限元素法课程教学改革探索

海洋强国战略背景下有限元素法课程教学改革探索

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作为工科院校众多专业的本科生必修课程的有限元素法,连同计算机辅助设计和辅助制造已成为数字化设计与制造的核心,是提高产品及工程设计质量和效率的最有效工具.海洋强国战略下,以立德树人为最终目标的课程思政建设与专业教学改革为当前有限元素法的教学与育人体系提供挑战与机遇.该文以有限元素法课程教学改革过程中教学模式为例,探索了以"问题导入—数理建模—有限元基础理论—实践提升"的教学改革思路,以培养卓越工程师践行海洋强国战略为导向,让学生在感受数学物理公式简洁美观的同时体会复杂问题求解过程中的成就感,形成以提升学生综合素质为最终目标的课程教学模式.
As a required course for undergraduate students in many majors at engineering colleges,Finite Element Method,together with computer-aided design and computer-aided manufacturing,has become the core of digital design and manufacturing,and the most effective tool to improve product and engineering design quality and efficiency.Under the strategy of building a maritime power,the ideological and political education system and professional teaching reform with the ultimate goal of fostering virtue and talent provide both challenges and opportunities for the teaching and education system of Finite Element Method.This paper takes the teaching mode during the teaching reform process of Finite Element Method as an example,and explores the teaching reform ideas of"problem introduction-mathematical modeling-finite element basic theory-practical improvement"to cultivate outstanding engineers taking the strategy of building a maritime power as a guide.The aim is to enable students to feel the achievement in solving complex problems while experiencing the beauty of concise mathematical and physical formulas,forming a teaching mode with the ultimate goal of improving students'comprehensive quality.

maritime power strategyFinite Element Methodteaching reformoutstanding engineercourse teaching mode

陈美霞、王婷、刘加一、朱翔

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华中科技大学 船舶与海洋工程学院,武汉 430074

海洋强国战略 有限元素法 教学改革 卓越工程师 课程教学模式

教育部产学合作协同育人项目教育部产学合作协同育人项目华中科技大学教改项目

2308043529072582206060711437242017037

2024

高教学刊
黑龙江省创联文化传媒有限公司,黑龙江省高等教育教学评估中心

高教学刊

ISSN:2096-000x
年,卷(期):2024.10(z1)
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