|
週次 |
日期 |
單元主題 |
|
第1週 |
2/26 |
1. Introduction: Engineering structures Some examples Classification of structures Modeling of structure: Bending, tension-compression, shearing, torsion Loading Boundary and constraints |
|
第2週 |
3/05 |
2. Fundamentals Equation of equilibrium Member forces Reaction forces Connections Stability and determinacy of structure Methods of analysis |
|
第3週 |
3/12 |
3. Statically determinate of truss Statically determinate beams Loading, shear force and bending moment of beam Statically determinate trusses Some examples in truss frameworks Statically determinate rigid frames |
|
第4週 |
3/19 |
3. Statically determinate of truss Statically determinate beams Loading, shear force and bending moment of beam Statically determinate trusses Some examples in truss frameworks Statically determinate rigid frames |
|
第5週 |
3/26 |
4. Internal loading of structural members： Member force of a specified point Shear force and bending moment distribution of a beam member Linear superposition |
|
第6週 |
4/02 |
5. Statically determinate cables and arches ： Cables Arches |
|
第7週 |
4/09 |
清明節 |
|
第8週 |
4/16 |
6. Influence lines for statically determinate structures： Concept and construction of influence line Influence line for statically determinate beams Influence line for statically determinate truss structures Influence line and concentrated load system |
|
第9週 |
4/23 |
6. Influence lines for statically determinate structures： Concept and construction of influence line Influence line for statically determinate beams Influence line for statically determinate truss structures Influence line and concentrated load system |
|
第10週 |
4/30 |
Deflection of structures： Deflection of beam and the elastic curve Double integration method Moment area method Conjugate beam method Energy method Principle of work and energy Principle of virtual work Virtual strain energy: axial load, shear, torsion and temperature Deflection of truss and beam by virtual work method Castigliano’s method Deflection of truss and beam by Castigliano’s method |
|
第11週 |
5/07 |
Deflection of structures： Deflection of beam and the elastic curve Double integration method Moment area method Conjugate beam method Energy method Principle of work and energy Principle of virtual work Virtual strain energy: axial load, shear, torsion and temperature Deflection of truss and beam by virtual work method Castigliano’s method Deflection of truss and beam by Castigliano’s method |
|
第12週 |
5/14 |
Statically Indeterminate structure: Force method： Compatibility of displacement Maxwell’s theorem of reciprocal displacement Beam Truss Composite (beam + truss) structures |
|
第13週 |
5/21 |
Statically Indeterminate structure: Force method： Compatibility of displacement Maxwell’s theorem of reciprocal displacement Beam Truss Composite (beam + truss) structures |
|
第14週 |
5/28 |
Displacement method: Slop-deflection method Basic slop-deflection equations Procedure of analysis Beams Rigid frames: no sideway Rigid frames: sideway |
|
第15週 |
6/04 |
Displacement method: Slop-deflection method Basic slop-deflection equations Procedure of analysis Beams Rigid frames: no sideway Rigid frames: sideway |
|
第16週 |
6/11 |
Displacement method: Moment distribution method Concept of iteration approach Locking and fixed end moment Unlocking, stiffness and carry-over factor Process of locking and unlocking Modified stiffness Rigid frames: no sideway Rigid frames: sideway |
|
第17週 |
6/18 |
Displacement method: Moment distribution method Concept of iteration approach Locking and fixed end moment Unlocking, stiffness and carry-over factor Process of locking and unlocking Modified stiffness Rigid frames: no sideway Rigid frames: sideway |