Energy Methods - II (Introduce the principle of potential energy and its applications) (3 credit hours)
6: 扭转 - I (讨论圆截面杆的扭转变形) (3 学时)
Torsion - I (Discuss torsional deformation of solid circular shaft) (3 credit hours)
7: 扭转 - II (讨论薄壁管状结构的扭转变形) (3 学时)
Torsion - II (Discuss torsional deformation of thin-walled tubes) (3 credit hours)
8: 期中复习 (3 学时)
Midterm Review (3 credit hours)
9: 弯曲 - I (讨论梁在外力作用下的弯曲变形及应力) (3 学时)
Bending - I (Discuss deformation and stress in beams under external forces and moments)(3 credit hours)
10: 弯曲 - II (讨论梁在外力作用下的剪力计算) (3 学时)
Bending - II (Discuss calculation of shear forces in beams under external loads)(3 credit hours)
11: 弯曲 - III (讨论梁在复合受力下的变形及应力计算) (3 学时)
Bending - III (Discuss deformation and stress in beams under combined loading)(3 credit hours)
12: 稳定性 - I(讨论梁在受压下的屈曲变形) (3 学时)
Stability of Structures - I (Discuss buckling of beams under compression load)(3 credit hours)
13: 稳定性 - II (讨论能量法在屈曲变形分析中的应用)(3 学时)
Stability of Structures - II (Discuss energy method in buckling analysis)(3 credit hours)
14: 破坏理论 - I (学习各种结构破坏模型及理论)(3 学时)
Failure Theories - I (Study various structural failure theories) (3 credit hours)
15: 破坏理论 - II (讨论破坏理论的应用)(3 学时)
Failure Theories - II (Discuss applications of failure theories) (3 credit hours)
16: 期末复习(3 学时)
Final Review (3 credit hours)
1. Mechanics of Aero-Structures, Sudhakar Nair, Cambridge University Press, 2015.
2. 飞行器结构力学,文立华,西北工业大学出版社,2015.