An Analytic Study of Applied Mathematics Contents and Teaching Method in the College of Technology

工学院应用数学内容与教学方法的分析研究

• 批准号: 11680297
• 负责人: YOSHITAKA Sato
• 金额: $ 2.05万
• 依托单位: Tokyo National College of Technology
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2000
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-11680297/
• 关键词: math in Physical Chemistry; math in Strength of Materials; math in Fluid Mechanics; math in Structural Mechanics; math in Thermodynamics; math in Electricity and Magnetism; 工学系分野における数学; 工学分野からの数学例題集; 構造力学

To acquire useful mathematics knowledge and skill, it is necessary for the students in the College of Technology to learn suitable engineering examples in mathematics class. However, to introduce a lot of these examples, math teacher must have enough knowledge in each engineering field. For that reason, we have been analytic studying of mathematics contents in engineering curricula.By using the support Grant-in-Aid for Science Research, we have investigated mathematics contents appeared in seven engineering fields ; Physical Chemistry, Strength of Materials, Fluid Mechanics, Electricity and Magnetism, Coding Theory, Thermodynamics and Structural Mechanics.The outcome of these research are reported in journals and leaflets. Through our research, we also obtained lots of good mathematical examples from these fields.We published a final report of the Grant-in-Aid for Science Research which is collecting these problems and examples for mathematics teachers. In the book, we described not only an introduction of each engineering field for math teachers but also the characteristic use of mathematics in each engineering field.

为了获得有用的数学知识和技能，技术学院的学生必须学习数学课上合适的工程示例。但是，要介绍许多此类示例，数学老师必须在每个工程领域都有足够的知识。因此，我们一直在研究工程课程中的数学内容。通过使用支持科学研究的支持授予，我们研究了数学内容在七个工程领域中出现。物理化学，材料的强度，流体力学，电力和磁性，编码理论，热力学和结构力学。这些研究的结果在期刊和传单中报道。通过我们的研究，我们还从这些领域获得了许多好的数学示例。我们发布了有关科学研究赠款的最终报告，该报告正在为数学教师收集这些问题和示例。在这本书中，我们不仅描述了每个工程领域的数学教师的介绍，而且还描​​述了每个工程领域中数学的特征用途。

项目成果

坪川武弘,佐藤義隆 他: "構造力学に必要とされる数学について"日本数学教育学会第82回全国大会高専・大学部会特集号. 238 (2000)

Takehiro Tsubokawa，Yoshitaka Sato，等：“论结构力学所需的数学”第82届全国数学教育学会技术学院和大学分部会议特刊238（2000）。

Yoshitaka Sato, Toshitaka Toyonari, Kiyoshi Takamura, Kazutoshi Aso, Shigeo Matsuda, Yoshio Umeno, Michio Sugie, Kazuo Mukoyama, Koichi Nagaoka, Yukio Harada, Takehiko Tsubokawa, Kan Igarashi, Kazuhisa Takagi: "A Study of Contents in Structural Mechanics"

Yoshitaka Sato、Toshitaka Toyonari、Kiyoshi Takamura、Kazutoshi Aso、Shigeo Matsuda、Yoshio Umeno、Michio Sugie、Kazuo Mukoyama、Koichi Nagaoka、Yukio Harada、Takehiko Tsubokawa、Kan Igarashi、Kazuhisa Takagi：“结构力学内容研究”

佐藤義隆 他: "工学系分野からの数学例題集(流体力学、電磁気学、熱力学、構造力学、物理化学分野)"科研最終報告書(テキスト). (2001)

佐藤喜孝等：《工程领域（流体力学、电磁学、热力学、结构力学、物理化学领域）数学实例集》科学研究所最终报告（正文）（2001）。