- General planar force system and its application in the static calculations - Moments of inertia, products of inertia, the main ellipse of inertia, radius of inertia - Stability, center of gravity of plane figures - The simple beam loaded forces; continuous load triangular, trapezoidal, torque impulses (calculate reaction shear forces and moments: graphically, numerically) - A single beam with overhangs, graphically and numerically to determine the response to shear forces and moments - Beam console - storage and administration of these beams, calculating shear forces and moments - Complete the calculation of internal forces in the oblique beam; graphical and numerical solution - Continuous beams with embedded joints; calculation of moments and shear forces (graphic) - Beams Statically broken; complete examination during shear forces and moments, axial forces, graphical representation of these variables - Frames and arches of three joints; course moments of shear forces and normal forces - Solution of truss structures by nodal points, the method of sections and graphical pattern Cremonovým - Statically determinate beams: solution of deflection and rotations by differential and Moohrovou. - Derivation of equation for beams Třímomentové permanent section - Influence lines of statically determinate beams, including trojkloubového arc with evaluation of moments and shear forces - Calculation of influence lines continuous beams using Třímomentové sentences shapes influence lines - Frame statically indeterminate structures (solution deformation method) - Relations load - deflection and their use in structural mechanics - Moving load with a statically indeterminate beam (criterion Hoist, and Vinklerová Šolinovo, application example)
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Kabele a kol. Stavební mechanika 1. Příklady. ČVUT, 2009.
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KUFNER, KUKLÍK:. Stavební mechanika 20. Praha: ČVUT, 2002.
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KUFNER, KUKLÍK:. Stavební mechanika 30. Praha: ČVUT, 2003.
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Kufner V., Kuklík P. Stavební mechanika 10. Praha: ČVUT, 2002.
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