杨廷宝先生，字仁辉，是我国著名建筑学家和建筑教育家，东南大学建筑学科创立的一代宗师。2021年杨廷宝先生诞辰120周年之际，为传承和光扬先生的学术精神，东南大学米乐m6官网登录入口开设“仁辉讲堂”，长期延请国内外著名学者、建筑师举办讲座，弘扬学术，激励后学，推动中国建筑和建筑教育事业的蓬勃发展。
本期仁辉讲堂，由国际著名风工程专家，中国工程院外籍院士田村幸雄（Yukio Tamura）教授主讲，采取线上线下同步直播的方式开展。
直播信息
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Bilibili直播间ID 东南大学
理解现象的数学模型：如何学习工程学
Mathematical models for understanding phenomena: How to study engineering
主讲人:田村幸雄
Yukio Tamura
本报告强调“理解”现象的重要性，旨在激励年轻研究者欣赏工程学的真正魅力，并通过观察数学模型的发展过程来理解其本质机制。本报告将首先讨论人类能力的局限性和研究的重要方面，重点阐述理解与数学模型的密切关系，以及理想的数学模型的五个条件：简单性、包含所有基本属性、具有物理意义、广泛的应用范围和开发可能性。最后，强调努力理解现象的必要性以及对于工程学习的重要性。
This report emphasizes the importance of "understanding" the phenomenon, aiming to inspire young researchers to appreciate the real charm of engineering and to understand its essential mechanism by observing the development process of mathematical models. It begins by discussing the limitations of human capabilities and important aspects of research. It then highlights the close relationship between understanding and mathematical models, and the five conditions for an ideal mathematical model: simplicity, inclusion of all fundamental properties, physical significance, wide range of applications, and development possibilities. Finally, it emphasizes the necessity of trying to understand phenomena and the importance to engineering learning.
讲者简介
田村幸雄（Yukio Tamura），国际著名风工程专家，中国工程院外籍院士，重庆大学全职教授，主要从事风工程领域的研究，在抗风设计方法的确立和推广等方面的研究处于国际领先水平，是国际风工程界的代表性人物，为培育中国风工程专业人才做出了突出贡献。田村教授参与了中日重大国际合作项目以及多个中国科研项目，显著推动并引导了中国风工程研究的进步和发展。
Yukio Tamura is an internationally renowned expert in wind engineering, a foreign academician of the Chinese Academy of Engineering, and a full professor of Chongqing University. He is mainly engaged in the research of wind engineering. His research on the establishment and promotion of wind resistance design methods is at the international leading level, and he is a representative figure in the international wind engineering field. It has made outstanding contributions to cultivating Chinese wind engineering professionals. Professor Tamura has participated in major Sino-Japanese international cooperation projects and a number of Chinese research projects, and has significantly promoted and guided the progress and development of wind engineering research in China.
