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Analysis of specific systems of bodies with neutral bonds
Grúz, Jan ; Hájek, Petr (referee) ; Majer, Zdeněk (advisor)
This thesis deals with analytical and graphical solution of three specific systems of bodies that are in static equilibrium. These systems of bodies contain neutral bonds. The opening part dedicates to theory and principles of solution of contact forces in bonds, which are further used for calculations and graphical solutions. The first system of bodies is a demonstrative tappet mechanism which was created for demonstration of some methods of graphical solution. The second system is inspired by lifting mechanisms in production lines. The aim is to find out the magnitude of contact forces for different positions of the lifted weight and a minimal torque of the propulsion. For solving the third system of bodies, principles of statics and hydrostatics are used. The aim is to find out the minimal magnitude of force for activating the mechanism. All systems of equations are solved in Matlab.
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Hoisting design of equipment for aircraft
Bureš, Martin ; Malášek, Jiří (referee) ; Škopán, Miroslav (advisor)
Bachelor thesis has solved the design of mobile air handler equipment. The content is the choice of an appropriate technical solution and implementation mechanism for the static analysis of network elements. Furthermore, the design of dimensional and material parameters of the main equipment parts, which are controlled by strength calculation. Another goal is to provide hydraulic power for mobility and security. The Manipulator allows lifting the maximum weight of 525 kg to a height of 1700 mm.
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Analysis of specific systems of bodies with neutral bonds
Grúz, Jan ; Hájek, Petr (referee) ; Majer, Zdeněk (advisor)
This thesis deals with analytical and graphical solution of three specific systems of bodies that are in static equilibrium. These systems of bodies contain neutral bonds. The opening part dedicates to theory and principles of solution of contact forces in bonds, which are further used for calculations and graphical solutions. The first system of bodies is a demonstrative tappet mechanism which was created for demonstration of some methods of graphical solution. The second system is inspired by lifting mechanisms in production lines. The aim is to find out the magnitude of contact forces for different positions of the lifted weight and a minimal torque of the propulsion. For solving the third system of bodies, principles of statics and hydrostatics are used. The aim is to find out the minimal magnitude of force for activating the mechanism. All systems of equations are solved in Matlab.
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Hoisting design of equipment for aircraft
Bureš, Martin ; Malášek, Jiří (referee) ; Škopán, Miroslav (advisor)
Bachelor thesis has solved the design of mobile air handler equipment. The content is the choice of an appropriate technical solution and implementation mechanism for the static analysis of network elements. Furthermore, the design of dimensional and material parameters of the main equipment parts, which are controlled by strength calculation. Another goal is to provide hydraulic power for mobility and security. The Manipulator allows lifting the maximum weight of 525 kg to a height of 1700 mm.
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