1. Axial member and axial force.
2. Trusses.
Wood truss is the most popular structure in residential houses in America. Metal truss is used in school, business center, and stores.
3. Zero force member.
Member does not have any force running through it. If it is removed from structure, the analysis results on the rest members will not be changed.
4. Method of joints.
5. Method of sections.
6. Superposition of loads.
7. Transverse truss.
8. Two dimensional mechanics.
9. Three dimensional equilibrium.
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Tuesday, October 16, 2012
Monday, October 15, 2012
FE - Equilibrium - Statics - Engineering mechanics
1. Force systems.
2. Condition of equilibrium.
3. Two force member.
4. Three force member.
5. Reactions.
6. Determinacy.
7. Determinate beams.
8. Free-body diagrams.
9. Level, pulley, and hinges.
2. Condition of equilibrium.
3. Two force member.
4. Three force member.
5. Reactions.
6. Determinacy.
7. Determinate beams.
8. Free-body diagrams.
9. Level, pulley, and hinges.
Sunday, October 14, 2012
FE - Force system - Statics - Engineering mechanics
1. Internal and external forces.
2. Concentrated forces and distributed forces.
3. Moments and components of moment.
4. Moment about a point and a line.
5. Couples.
When two forces are in the same plane, if they are not in the same line, if they are parallel, and if they point to opposite directions, they are a force couple.
6. Equivalence of force and couple system.
2. Concentrated forces and distributed forces.
3. Moments and components of moment.
4. Moment about a point and a line.
5. Couples.
When two forces are in the same plane, if they are not in the same line, if they are parallel, and if they point to opposite directions, they are a force couple.
6. Equivalence of force and couple system.
Saturday, October 13, 2012
FE - Energy, work, and power - Dynamics - Engineering mechanics
1. Energy of mass.
When mass have been moved with different speed or changed direction, energy will be added or removed from mass.
2. Work.
3. Power.
4. Potential energy.
5. Kinetic energy.
6. Spring energy.
7. Pressure energy.
8. Work energy relationship.
9. Law of conservation of energy.
10. Energy conversion.
When mass have been moved with different speed or changed direction, energy will be added or removed from mass.
2. Work.
3. Power.
4. Potential energy.
5. Kinetic energy.
6. Spring energy.
7. Pressure energy.
8. Work energy relationship.
9. Law of conservation of energy.
10. Energy conversion.
Friday, October 12, 2012
FE - Fluid measurement - Fluid mechanics
1. Pressure measuring devices.
2. Barometers.
3. Manometers.
4. Pitot tube.
2. Barometers.
3. Manometers.
4. Pitot tube.
FE - Fluid energy and flow - Fluid mechanics
1. Fluid energy unit.
2. Kinetic energy.
3. Potential energy.
4. Pressure energy.
5. Impact energy.
6. Specific energy.
7. Energy grade line.
8. Laminar flow.
9. Turbulent flow.
10. Critical flow.
2. Kinetic energy.
3. Potential energy.
4. Pressure energy.
5. Impact energy.
6. Specific energy.
7. Energy grade line.
8. Laminar flow.
9. Turbulent flow.
10. Critical flow.
FE - Fluid statics - Fluid mechanics
1. Hydrostatic pressure.
2. Horizontal plane surface pressure.
3. Vertical plane surface pressure.
4. General plane surface pressure.
5. Curved and compound surface pressure.
6. Compressible fluid pressure.
7. Buoyancy and stability of floating objects.
2. Horizontal plane surface pressure.
3. Vertical plane surface pressure.
4. General plane surface pressure.
5. Curved and compound surface pressure.
6. Compressible fluid pressure.
7. Buoyancy and stability of floating objects.
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