材料力學一 (Mechanics of Materials (1)) from Coursera

課程介紹與教學目標 (About the course)

　　房屋為我們遮風避雨，讓我們安心工作、生活，而結構系統又是房屋的骨幹，讓房屋能站的又高、又直、又穩。你知道橫者為梁，直者為柱，但你知道在結構工程師的眼中，梁與柱有什麼其他的不同嗎？他們其中藏著什麼秘密，能支撐起整個結構？工程師要怎麼決定梁該有多深？柱該有多粗？該用矩形、圓形還是其他形狀？該用實心還是空心？在有地震的地方，設計上是否又有不一樣的考量？

　　材料力學是通往上述問題解答關鍵的一步。在材料力學(一)裡，我們會由大家熟知的虎克定律開始，以蓋房子的重要材料「結構鋼」為例，深入探討「力量」與「變形」這兩個令結構工程師愛恨交加的物理量之間的關係。然後依序探討結構桿件受軸力（拉/壓）、受扭、受彎、受剪四大外力作用下，會在桿件內部產生怎樣的相對應變形與受力，並探討建築結構設計概念與提供桿件設計演算範例。

　　本課程是希望精通「鋼筋混凝土設計」、「鋼結構設計」、「木構造設計」者必備的先修課程，也為對「彈性力學」有興趣者，提供許多基礎知識與這些知識如何實際應用於工程設計。

主要授課對象為土木、建築相關從業人員與在學學生，其他包括工學院各科系同學或對材料力學有興趣的人士，也歡迎選修。

授課形式 (Course format)

　　本堂課將以影片的形式為主, 搭配課後作業及期末報告的形式來進行。

修課背景要求 (Recommended background)

　　靜力學 ( Statics )

What's inside

Syllabus

應力與應變

學習目標： 1. 了解應力與應變的定義、關係與工程意義。 2. 了解材料彈性與塑性行為之特性與區別。

桿件受軸力

學習目標：1. 了解什麼是靜定與靜不定系統。 2. 了解並能夠計算靜定與靜不定軸力系統受力與變形的關係。 3. 了解並能夠計算溫差與安裝誤差造成的桿件軸力。

桿件受扭力

學習目標：1. 了解並能夠計算靜定與靜不定扭力系統受力與變形的關係。 2. 了解並能夠計算薄管壁結構受扭所產生的應力。

彎矩圖與剪力圖

學習目標：1. 了解剪力彎矩圖對土木工程的重要性。 2. 能正確做出靜定系統的彎矩剪力圖。

梁受彎矩作用之內力

學習目標：1. 了解梁受彎矩作用形成的應力與應變。 2. 能進行梁的抗彎設計。

梁受剪力作用之內力

學習目標：1. 了解矩形、圓形、Ｉ形梁斷面受剪力作用形成的應力分布狀況。 2. 了解Ｉ形梁斷面的工程意義。 3. 了解剪力流的成因並能進行組合斷面抗剪的接合設計。

梁受彎矩作用的變形

學習目標： 1. 了解矩形、圓形、Ｉ形梁斷面受剪力作用形成的應力分布狀況。 2. 了解Ｉ形梁斷面的工程意義。 3. 了解剪力流的成因並能進行組合斷面抗剪的接合設計。

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Know what's good

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Ideal for students in civil or architecture programs who want to learn about the foundational principles of structural engineering

Effective for professionals who want to refresh their understanding of the core principles of structural mechanics

Examines the fundamentals of stress, strain, and the mechanical behavior of structural steel, which is essential knowledge for structural engineers

Reviews summary

Mechanics of materials with real-world examples

This course on Mechanics of Materials is a great choice for those who want to learn more about the subject. The course is well-structured and the instructor does a great job of explaining the concepts in a clear and concise way. I would highly recommend this course to anyone who is interested in learning more about this topic.

Concepts explained clearly.

"The instructor does a great job of explaining the concepts in a clear and concise way."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in 材料力學一 (Mechanics of Materials (1)) with these activities:

复习材料力学教科书

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复习教科书内容可以加深对基本原理的理解，为学习后续课程内容奠定坚实的基础。

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仔细阅读教科书，理解基本概念和公式。
尝试解决书中的例题和练习题，巩固所学知识。
与同学或老师讨论书中的内容，加深理解。

观看在线材料力学视频教程

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观看视频教程可以生动直观地演示材料力学原理，帮助理解抽象的概念。

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查找并观看涵盖材料力学基本原理的视频教程。
做笔记并记录关键知识点。
尝试应用视频中讲解的知识解决简单的实际问题。

做材料力学习题练习

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做习题练习可以熟练运用材料力学公式和原理，提高解题能力。

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收集材料力学习题，包括例题、练习题和模拟题。
独立完成习题，并对照答案核对正确性。
分析错误的习题，找出知识漏洞并加以弥补。

Four other activities

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参加材料力学学习小组

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加入学习小组可以与同学交流和讨论，相互帮助理解难点，共同提高。

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寻找志同道合的同学，组成学习小组。
制定学习计划，明确学习目标和分工。
定期组织学习讨论，分享知识和心得。

制作材料力学概念图或思维导图

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制作概念图或思维导图可以帮助理清材料力学知识体系，便于记忆和理解。

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梳理材料力学知识点，找出关键概念和逻辑关系。
使用思维导图或概念图软件绘制知识体系图。
与同学分享并讨论概念图，完善理解。

参加材料力学竞赛或设计比赛

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参加竞赛可以挑战自我，检验学习成果，拓宽知识面。

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了解并选择适合的材料力学竞赛或设计比赛。
组建团队或独立参赛，制定参赛计划。
深入研究相关知识，进行针对性训练。

设计和制作一个小型材料力学实验装置

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动手制作实验装置可以加深对材料力学原理的理解，培养动手能力和创新思维。

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确定实验目的和设计方案。
收集必要的材料和工具。
制作实验装置并进行测试，必要时进行调整和优化。

Career center

Learners who complete 材料力學一 (Mechanics of Materials (1)) will develop knowledge and skills that may be useful to these careers:

Structural Engineer

Structural Engineers design and analyze the structural elements of buildings and other structures. This course can assist with the work of a Structural Engineer because it covers the relationship between forces and deformation in structures. Understanding this relationship is critical for designing and building safe and efficient structures.

See salaries and explore the career path for Structural Engineer

Mechanical Engineer

Mechanical Engineers research, design, develop, build, and test mechanical and thermal devices, including tools, engines, and machines. This course can assist with the work of a Mechanical Engineer because it covers the relationship between forces and deformation in structures. Understanding this relationship is essential for designing and building safe and efficient mechanical devices.

See salaries and explore the career path for Mechanical Engineer

Civil Engineer

Civil Engineers design, construct, and maintain the physical and naturally built environment, including works like roads, bridges, canals, dams, and buildings. This course would be helpful to a Civil Engineer because it covers the relationship between forces and deformation in structures. This knowledge is necessary for designing and building safe and efficient structures.

See salaries and explore the career path for Civil Engineer

Aerospace Engineer

Aerospace Engineers design, develop, test, and operate aircraft, missiles, satellites, and other aerospace vehicles. This course can help with the work of an Aerospace Engineer because it covers the relationship between forces and deformation in structures. Understanding this relationship is essential for designing and building safe and efficient aerospace vehicles.

See salaries and explore the career path for Aerospace Engineer

Architectural Engineer

Architectural Engineers design and supervise the construction of buildings and other structures. This course would be helpful to an Architectural Engineer because it covers the relationship between forces and deformation in structures. This knowledge is necessary for designing and building safe and efficient structures.

See salaries and explore the career path for Architectural Engineer

Materials Scientist

Materials Scientists research and develop new materials, and improve existing materials. This course may be useful to a Materials Scientist because it covers the behavior of materials under stress. This knowledge can help Materials Scientists to develop new materials that are stronger and more durable.

See salaries and explore the career path for Materials Scientist

Construction Manager

Construction Managers oversee the planning, coordination, and execution of construction projects. This course would be helpful to a Construction Manager because it covers the relationship between forces and deformation in structures. This knowledge is necessary for ensuring that construction projects are completed safely and efficiently.

See salaries and explore the career path for Construction Manager

Safety Manager

Safety Managers develop and implement safety programs to protect workers and the public from hazards. This course may be useful to a Safety Manager because it covers the behavior of materials under stress. This knowledge can help Safety Managers to develop and implement safety programs that prevent accidents and injuries.

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Quality Assurance Manager

Quality Assurance Managers develop and implement quality assurance programs to ensure that products and services meet specifications. This course may be useful to a Quality Assurance Manager because it covers the behavior of materials under stress. This knowledge can help Quality Assurance Managers to develop and implement quality assurance programs that ensure that products and services are safe and reliable.

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Geotechnical Engineer

Geotechnical Engineers design and analyze the foundations of buildings and other structures. This course may be useful to a Geotechnical Engineer because it covers the behavior of materials under stress. This knowledge can help Geotechnical Engineers to design and build safe and stable foundations.

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Project Manager

Project Managers plan, organize, and execute projects. This course may be useful to a Project Manager because it covers the relationship between forces and deformation in structures. This knowledge can help Project Managers to plan and execute projects that are completed safely and efficiently.

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Patent Attorney

Patent Attorneys help inventors to obtain patents for their inventions. This course may be useful to a Patent Attorney because it covers the behavior of materials under stress. This knowledge can help Patent Attorneys to understand the technical details of inventions and to write patents that are clear and concise.

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Technical Writer

Technical Writers create technical documents, such as manuals, reports, and proposals. This course may be useful to a Technical Writer because it covers the behavior of materials under stress. This knowledge can help Technical Writers to create technical documents that are accurate and easy to understand.

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Science Teacher

Science Teachers teach science to students at all levels. This course may be useful to a Science Teacher because it covers the behavior of materials under stress. This knowledge can help Science Teachers to teach students about the properties of materials and how they are used in the real world.

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Professor

Professors teach and conduct research at colleges and universities. This course may be useful to a Professor because it covers the behavior of materials under stress. This knowledge can help Professors to teach students about the properties of materials and how they are used in the real world.

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材料力學一 (Mechanics of Materials (1))

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Reviews summary

Mechanics of materials with real-world examples

Activities

Career center

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