1.結構學概說─
結構在建築物扮演的角色、結構的要求、常用的結構型式、結構承受的載重。
2.結構材料的性質─
應力與應變、常用結構材料的性質、構件的斷面性質。
3.構件力─
力的傳遞方式、力引起的應力及應變。
4.結構分析基本方法─
結構分析的方法、結構之穩定、靜定與靜不定結構。
5.靜定結構平衡分析─
桁架的軸力、梁與剛架的剪力與彎矩、剪力圖及彎矩圖。
6.靜定結構撓度分析─
梁的撓度、撓度的分析方法、單位力法。
7.靜不定結構分析─
最小功法、重疊法、彎矩分配法的概念、房屋構架的受力行為。
8.結構設計概要─
結構設計基本方法、載重傳遞、結構手冊應用、RC與鋼結構的設計概要。

1. Overview of Structural Science─
The role of the structure in the building, structural requirements, commonly used structural types, and the load the structure can bear.
2. Properties of structural materials─
Stress and strain, properties of commonly used structural materials, and cross-sectional properties of components.
3. Component force─
The mode of force transmission, stress and strain caused by force.
4. Basic methods of structural analysis─
Methods of structural analysis, structural stability, statically determinate and statically indeterminate structures.
5. Staticly determined structural equilibrium analysis─
Axial force of trusses, shear forces and bending moments of beams and frames, shear force diagrams and bending moment diagrams.
6. Deflection analysis of statically determined structures─
Beam deflection, deflection analysis method, unit force method.
7.Static indeterminate structure analysis─
The concepts of minimum work method, overlap method, bending moment distribution method, and the stress behavior of house frames.
8. Structural design outline─
Basic methods of structural design, load transfer, application of structural manuals, design outline of RC and steel structures.

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 8/E (SI Units)，HIBBELER，2012
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 8/E (SI Units), HIBBELER, 2012
2.Mechanics of Materials, Gere & Timoshenko
3. Structural concrete design specifications (Building Administration of the Ministry of the Interior)
4. Supplementary handouts along with the class