課程目標：
1.建立結構學與建築設計的關係與及應用。
2.介紹結構學的原理、分析及運算技巧。
3.提供常用建築結構材料的基本性質。
4.認識建築結構設計的基本流程與方法。
內涵:
結構學概說、結構材料的性質、構件力、結構分析基本方法、靜定桁架分析、靜定梁與構架分析、靜不定結構分析、結構設計概要。
Course objectives:
1. Establish the relationship and application of structural science and architectural design.
2. Introduce the principles, analysis and calculation techniques of structural science.
3. Provide the basic properties of commonly used building structural materials.
4. Understand the basic processes and methods of building structure design.
Connotation:
Introduction to structural science, properties of structural materials, component forces, basic methods of structural analysis, statically determinate truss analysis, statically determinate beam and frame analysis, statically indeterminate structural analysis, and outline of structural design.
結構學概說、結構材料的性質、結構佈置與結構分析基本方法、靜定結構平衡分析、靜不定結構分析、結構學在建築物的若干應用。
Overview of structural science, properties of structural materials, basic methods of structural layout and structural analysis, statically determinate structural equilibrium analysis, statically indeterminate structural analysis, and several applications of structural science in buildings.
1.Structural Analysis , Russell C. Hibbeler (9/E (SI Units),2017)
2.Mechanics of Materials，Gere & Timoshenko
3.結構混凝土設計規範(內政部營建署)
4.隨堂補充講義
1.Structural Analysis, Russell C. Hibbeler (9/E (SI Units),2017)
2.Mechanics of Materials, Gere & Timoshenko
3. Structural concrete design specifications (Building Administration of the Ministry of the Interior)
4. Supplementary handouts accompanying the class
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平時習作討論或測驗平時習作討論或測驗 Daily homework discussions or tests |
40 | |
| 期中考期中考 midterm exam |
30 | |
| 期末考期末考 final exam |
30 |
