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Lecturer(s)
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Polach Pavel, doc. Dr. Ing.
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Course content
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1. Introduction to statics. Basic axioms and phrases of statics. Force and force pairs, moment of force to the general axis. 2. Replacement and balance of forces with a common location. Save point in plane. 3. Replacement and equilibrium of the general spatial system of forces. 4. The system of parallel forces, the center of gravity of geometric and material objects. 5. Replacement and equilibrium of general planar force system. Balance conditions. Basic equilibrium problems. 6. Saving body in plane. Examination of reactions - numerically, graphically. 7. Plane systems of bodies, their composition and mobility. Static solution - numerically, graphically - principle of superposition. 8. Static solution of mechanisms. 9. Rod systems, their creation and methods of solution - numerically, graphically. 10. Passive resistances, their influence on the equilibrium of the objects - shear friction, pin friction, rolling resistance. 11. Fiber statics.
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Learning activities and teaching methods
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unspecified
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Learning outcomes
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Course gives in terms of Newtonian mechanics theoretic knowledge about relations between force effects on mass point, body or system body and their motion state. Mechanics I includes especially statics by way out to assorted applications in construction and production of mechanical arrangement. Students will get knowledge to analysis and solving force equilibrium and motional state mass body and will equip by necessary computational methods.
Prerequisites and co-requisites knowledge and application of mechanics algorithms as the basis of solutions in other subjects of the field, ability to apply knowledge in the system of machine design and construction. Students will gain technical imagination, connections and connections in the solution of machine parts and structures. After graduating able to solve static power and torque load and body systems, the interaction between the two bodies.
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Prerequisites
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unspecified
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Assessment methods and criteria
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unspecified
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Recommended literature
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Apetaur, M., Hrala, T. Mechanika tuhých těles. Statika. 2003.
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Fišer, K. Technická mechanika. PřF UJEP v Ústí nad Labem, 2015.
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Florian, Z., Ondráček, E., Přikryl, K. Mechanika těles - Statika. Fakulta strojní VUT Brno, 1995.
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Juliš, K., Brepta, R. Mechanika I.díl. Statika a kinematika, Technický průvodce. 1986.
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Šámal, O. Technická mechanika: statika. Informatorium Praha, 2016.
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