Browsing by Author "Vosáhlo Josef"
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- ItemBasalt reinforced plastic-development and modeling of part(Trans Tech Publications Ltd, 2020-01-01) Ryvolová Martina; Vosáhlo Josef
- ItemBurner on the principle of kinetic combustion(2019-01-01) Malena Vladimír; Fenkl Michael; Vosáhlo Josef; Martinec Tomáš; Petrů Michal
- ItemA clamp for clamping of semi-finished products, especially rods, wires or tubes of a circular and non-circular cross-section(2018-01-01) Mašín Ivan; Petrů Michal; Jandura Pavel; Vosáhlo Josef; Hartman Lukáš
- ItemComparison of mechanical properties of woven carbon reinforcements(Czech Society for Mechanics, 2019-01-01) Ryvolová Martina; Vosáhlo Josef
- ItemCrash test of carbon composite(Czech Society for Mechanics, 2018-01-01) Ryvolová Martina; Vosáhlo Josef
- ItemDetermination of Mechanical Properties of FRP by Bending Test(Springer International Publishing, 2020-01-01) Ryvolová Martina; Vosáhlo Josef
- Itemdevice for gravel resistance(2015-01-01) Petrů Michal; Novák Ondřej; Kulhavý Petr; Srb Pavel; Syrovátková Martina; Vosáhlo Josef; Kovář Radovan
- Itemdevice for simulation of car washing process(2015-01-01) Petrů Michal; Novák Ondřej; Srb Pavel; Kulhavý Petr; Syrovátková Martina; Vosáhlo Josef; Kovář Radovan
- ItemExperimental and numerical analysis for study a stress of new type lifting platform construction for car relocation(Západočeská univerzita v Plzni, 2016-01-01) Petrů Michal; Novák Ondřej; Vosáhlo Josef
- ItemExperimental and numerical analysis of glass samples(Západočeská univerzita v Plzni, 2016-01-01) Novák Ondřej; Petrů Michal; Vosáhlo Josef
- ItemExperimental and Numerical Study of Mechanical Properties of Artificial Blood Vessel(Výzkumný a zkušební ústav Plzeň s.r.o, 2014-01-01) Petrů Michal; Novák Ondřej; Vosáhlo Josef; Lepšík Petr
- ItemExperimental Investigation of Multiaxial Stress of the Sewing Seam and Creating it(Slovenská technická univerzita v Bratislave, 2017-01-01) Kovalova Natalia; Kulhavý Petr; Vosáhlo Josef; Havelka Antonín
- ItemFEM Modelling and Experimental Analysis of Mechanical Properties of Artificial Blood Vessel(Trans Tech Publications Ltd, 2015-01-01) Vosáhlo Josef; Novák Ondřej; Petrů Michal; Lepšík Petr
- ItemFunctional sample of filtration material with nanostructure(2018-01-01) Petrů Michal; Novák Ondřej; Košvanec Petr; Mašín Ivan; Martinec Tomáš; Vosáhlo Josef; Jandura Pavel
- ItemFunctional sample of the industrial sreen mesh component clamp(2018-01-01) Mašín Ivan; Petrů Michal; Jandura Pavel; Vosáhlo Josef; Hartman Lukáš
- ItemGLOBAL IMAGING METHOD FOR MEASURING IONIC WIND IN THE VICINITY OF THE HV POWERED ELECTRODE(TANGER Ltd; Reg Ctr Adv Technologies & Mat; Czech Soc New Mat & Technologies, 2017-01-01) Kalous Tomáš; Soukupová Julie; Vosáhlo Josef; Jašíková Darina
- ItemGlobal Imaging method for measuring ionic wind in the vicinity of the HV powered electrode(Tanger Ltd., 2016-01-01) Kalous Tomáš; Soukupová Julie; Vosáhlo Josef; Jašíková Darina
- ItemIncreasing of winding effectivity of fiber prepregs aimed to improvement of mechanical properties of final composite parts(2018-01-01) Petrů Michal; Ryvolová Martina; Vosáhlo JosefThe main undisputed benefit of using long fibre composite materials, whose properties could be targeted for a particular application, lies in the efficient utilisation of material. Using a method of pre-impregnated fibre winding, a rod with a reinforced middle part was created through the local adjustment of the winding angle in order to increase the local bending stiffness. The aim of our work was to describe, experimentally and subsequently using appropriate numerical models, the behaviour of two composite rods, one with a locally variable winding angle and the other with a constant winding angle. The difference in the mechanical behaviour of both structures was clearly evident during the experiment. By using a suitable composite pre-processor and by choosing some multiple element sets, it was also possible to accurately simulate the real behaviour of such components, which actually have several regions, each with different mechanical parameters. Together with the expected different flexural strength, a traditional three-point bending test also explored the different shape of the resulting deformation in the two compared parts. Differences in the maximum strength and the mode of final deformations were also identified.
- ItemInnovation of heat exchanger for gas air heaters(2017-01-01) Petrů Michal; Mašín Ivan; Vosáhlo Josef
- ItemMethods of Creating a Numerical Model of a Real Seam Based on Experimental Data(Czech Technical University in Prague, 2015-01-01) Kulhavý Petr; Vosáhlo Josef; Kovalova Natalia