3D打印在数学教育中的应用

Yuyang Sun, Qingzhong Li
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引用次数: 9

摘要

数学教学的难点之一是如何将抽象的数学概念或规律以简单直观的方式呈现给学生,以促进学生的理解和掌握。传统的数学教师试图通过一些简单的教学工具和一些数学软件(如Matlab、Mathematica等)呈现的一些数学模型来解释抽象的数学概念和公式。3D打印作为一门综合性的现代学科,在科学研究和技术发展中发挥着越来越重要的作用。本文旨在探讨数学教学与3D打印技术的密切关系,并在介绍3D打印机制造、数学公式、3D打印模型、3D模型添加标识、3D成果的基础上,提出数学教育的综合方案。这个场景很好地解决了抽象数学概念的可视化问题。通过可视化的3D工具,教师可以轻松地解释复杂的数学表达式。通过数学3D打印的实际实践,可以激发学生对数学的学习兴趣,大大提高学生对空间和图形的理解能力。
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The application of 3D printing in mathematics education
One difficulty of teaching in mathematics is to present abstract mathematical concepts or laws to students in a simple visual way to promote students' understanding and mastery. Traditionally mathematical teachers tried to explain abstract mathematical concepts and formulas by means of some simple teaching tools and some mathematical models presented by some mathematical software, such as Matlab, Mathematica, etc. As an integrated modern discipline, 3D printing has become more and more important in scientific research and technological developments. This paper intends to explore the close relationship between mathematics teaching and 3D printing technology, and propose a comprehensive programme of mathematical education based on the introduction of 3D printer manufacture, mathematical formula, 3D printing models, logo adding to 3D models, and 3D outcomes. This scenario can well solve the problem of visualization of abstract mathematical concepts. Teachers can easily explain complex mathematical expressions by the visual 3D tools. Students' learning interests of mathematics can be stimulated and their understanding abilities of space and graphics can be greatly enhanced by means of the real practice of mathematical 3D printing.
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