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Polach, Pavel
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Hajžman, Michal
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Bulín, Radek
Modelling of dynamic behaviour of fibres and cables In this paper there are presented some possible approaches suitable for the modelling of the fibre and cable dynamics in the framework of various mechanical systems: force representation of a fibre, a pointmass model and an absolute nodal coordinate formulation. Experimental measurements... |
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Smolík, Luboš
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Houdek, Václav
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Hyrát, Jan
Komplexní výpočtové modelování kluzných ložisek s naklápěcími segmenty Tilting pad bearings can be found in rotating machinery with high circumferential speeds of journals. Vibrations of individual pads are usually neglected in rotordynamics simulations and hydrodynamic forces acting in oil films are often linearized. A computational model which respect... |
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Lobovský, Libor
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Marešová, Michaela
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Mandys, Tomáš
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Hluchá, Jana
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Salášek, Martin
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Weisová, Drahomíra
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Pavelka, Tomáš
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Křen, Jiří
Experimental and computational study on mechanical stabilisation of sacral bone injuries The experimental study focuses on minimally invasive fixation techniques of linear sacral fractures and its results are utilised for development and validation of the related computational model. The model is extended for analysis of unstable pelvic ring injuries with spinopelvic dissociation... |
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Zemčík, Robert
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Vaňková, Tereza
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Kroupa, Tomáš
Strength analysis of fiber roving for modelling of hybrid carbon-aramid textile composite This work focuses on the multiscale modeling of composites made of layers consisting of hybrid fabric reinforcement and polymer matrix. The fabric (HP-P167AC) is a plain-weave textile with carbon (3K, 200 tex) and aramid (Kevlar 49, 158 tex) tows each placed in single direction... |
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Mandys, Tomáš
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Kroupa, Tomáš
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Laš, Vladislav
Numerical Simulation of the Low-velocity Impact on the Woven Composite Plate by Usage of Hyperplastic Material Model with Damage The work is aimed to the numerical modeling of low-velocity impact and validation of the hyperplastic material model with damage designed by authors for modeling of woven composites and implemented into commercial FEM software Abaqus. The woven composite plates were subjected to the... |
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Šulda, J.
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Kroft, R.
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Adámek, V.
Identification of dispersion and attenuation curves of thin non-prismatic heterogeneous viscoelastic rods |
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Smolík, L.
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Bulín, R.
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Hajžman, M.
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Byrtus, M.
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Rendl, J.
Vibration analysis of a vertical rotor immersed in fluid at extreme operating temperatures |
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Rohan, E.
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Moravcová, F.
Analytical and numerical methods for modelling of acoustic streaming in homogenized rigid porous structures |
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Rohan, E.
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Heczko, J.
Homogenization based two-scale modelling of unilateral contact in micropores of fluid saturated porous media |
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Lukeš, V.
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Rohan, E.
Two-scale numerical simulation of acoustic transmission in interaction with flow |
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Houdek, V.
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Verlinden, O.
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Hajžman, M.
Non-uniform quaternion spline interpolation in vehicle kinematics |
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Hajžman, M.
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Polach, P.
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Polcar, P.
Multibody dynamics simulations of the railway vehicle for heavy loads transport |
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Dyk, Š.
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Rendl, J.
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Bulín, R.
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Smolík, L.
Local phenomena in tilting-pad journal bearing’s pivot |
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Dupal, J.
Periodical solution of n-DOF parametric system vibration |
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Bublík, O.
Solution of incompressible viscid fluid flow using a physical informed neural network |
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Bělohoubek, M.
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Hajžman, M.
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Vimmr, J.
Assessment of various computational approaches for airfoil stability analysis with two degrees of freedom |
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Byrtus, Miroslav
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Dyk, Štěpán
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Hajžman, Michal
Non-synchronous vibration and lock-in regimes in coupled structures using reduced models The contribution is aimed at phenomenological modelling and analysis of fundamental properties of non-synchronous vibrations in chosen coupled structures. A van der Pol reduced-order model is employed to simulate the aero-elastic interaction between flexible bodies and fluid. Non-synchronous vibration ... |
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Rendl, Jan
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Smolík, Luboš
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Dyk, Štěpán
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Hajžman, Michal
Impact Dynamics in Four-Segment Tilting Pad Journal Bearings Subjected to Pad Fluttering This paper presents a transient analysis of the motion of unloaded upper pads in a tilting pad journal bearing. It is known that such pads can exhibit self-excited vibration called pad fluttering, which can initiate fatigue damage due to elastic contacts between the fluttering ... |
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Heidler, Václav
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Bublík, Ondřej
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Lobovský, Libor
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Vimmr, Jan
Modeling of Free surface Flow with Dispersed Particles Using The Lattice Boltzmann Method In this work, we are dealing with modeling of fluid-particle interaction, which can play a critical role in the simulations of casting manufacturing processes. The solid particles in presented simulations are restricted to have spherical shapes and are equal or smaller than the gri... |
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Zeman, V.
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Hlaváč, Z.
Modelling of nuclear fuel assemblies vibration in mutual interaction |
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Collection's Items (Sorted by Submit Date in Descending order): 1 to 20 of 89
Collection's Items (Sorted by Submit Date in Descending order): 1 to 20 of 89
