Search Results - "Kopal, I"

Study of the influence of Chitosan on selected properties of elastomeric blends by Labaj, I., Skalková, P., Kopal, I., Vršková, J., Harničárová, M., Valíček, J., Boško, P., Dobrovská, J.

“…The current trend of greening production is increasingly bringing to the fore alternative types of fillers, such as biofillers, which are obtained from…”
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Study of the influence of the structural grain size on the mechanical properties of technical materials by Harničárová, M., Valíček, J., Kušnerová, M., Kmec, J., Palková, Z., Kopal, I., Krmela, J., Panda, A.

“…The mechanical properties of technical materials depend on their structure. They are influenced not only by their chemical composition, but particularly by the…”
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Reverse reconstruction of surface topography from residual stress after chip‐forming machining of the material by Valíček, J., Harničárová, M., Kušnerová, M., Šajgalík, M., Kmec, J., Kopal, I., Panda, A., Palková, Z.

“…Residual stress is induced in the sample of a material stressed by external forces (tension, pressure, thermal stress, etc.) from the beginning of the stress…”
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Modeling the thermal decomposition of friction composite systems based on yarn reinforced polymer matrices using artificial neural networks by Kopal, I., Vršková, J., Ondrušová, D., Harničárová, M., Valíček, J., Koleničová, Z.

“…The presented work deals with the application of artificial neural networks in the modelling of the thermal decomposition process of friction composite systems…”
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Defectoscopic and Clinical Applications of Infrared Technique by Kopal, I., Koštial, P., Špička, I., Pleva, L., Jančíková, Z.

“…The article deals with possible visualization of inhomogeneities in inorganic materials, such as laminates, as well as organic materials, such as bones. This…”
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Determination of activation energy of relaxation events in thermoplastic polyurethane by dynamic mechanical analysis by Kopal, I., Harničárová, M., Valíček, J., Koštial, P., Jančíková, Z.K.

“…In the present study, the activation energy associated with the primary and the secondary relaxation transition events in thermoplastic polyurethane has been…”
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Measurements of rubber mechanical properties in aged and nonaged state by Ružiak, I., Koštial, P., Jančíková, Z., Krišťák, Ľ., Kopal, I., Valíček, J., Harničárová, M.

“…In this work we study the influence of different types of plasticizers on the mechanical properties of rubber blend mixtures before and after the ageing…”
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Measurements of rubber mechanical properties in aged and nonaged state: Messungen der mechanischen Eigenschaften von Kautschuk im gealterten und nichtgealterten Zustand by Ružiak, I., Koštial, P., Jančíková, Z., Krišťák, Ľ., Kopal, I., Valíček, J., Harničárová, M.

“…In this work we study the influence of different types of plasticizers on the mechanical properties of rubber blend mixtures before and after the ageing…”
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Determination of activation energy of relaxation events in thermoplastic polyurethane by dynamic mechanical analysis: Bestimmung der Aktivierungsenergie von Relaxationsereignissen in thermoplastischem Polyurethan durch dynamisch‐mechanische Analyse by Kopal, I., Harničárová, M., Valíček, J., Koštial, P., Jančíková, Z.K.

“…In the present study, the activation energy associated with the primary and the secondary relaxation transition events in thermoplastic polyurethane has been…”
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Creation of combined σ‐ϵ graphs for some engineering materials: Erstellung von kombinierten σ ‐ϵ Graphen für technische Materialien by Valíček, J., Harničárová, M., Kušnerová, M., Václavík, V., Kopal, I., Koštial, P.

“…This paper presents the characterization of engineering materials according to stress‐strain diagrams, according to the basic material, namely partially…”
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Creation of combined [sigma]- graphs for some engineering materials by Valicek, J, Harnicarova, M, Kusnerova, M, Vaclavik, V, Kopal, I, Kostial, P

“…This paper presents the characterization of engineering materials according to stress-strain diagrams, according to the basic material, namely partially…”
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Creation of combined σ‐ϵ graphs for some engineering materials by Valíček, J., Harničárová, M., Kušnerová, M., Václavík, V., Kopal, I., Koštial, P.

“…This paper presents the characterization of engineering materials according to stress‐strain diagrams, according to the basic material, namely partially…”
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Structural Investigation of NiII Complexes. XI. Dichlorobis(4-methylpiperidine-N)(4-methylpyridine-N)nickel(II) by Koman, M., Jóna, E., Kopál, I.

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Line laser utilization in passenger tire testing by Kostial, P, Mokrysova, M, Klabnik, M, Ziacik, P, Kopal, I, Hutyra, J

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Quick, contactless thermal analysis of blends by Kostial, P, Hutyra, J, Kopal, I, Mokrysova, M, Svecova, Z, Kucerova, J

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Complex contactless flash thermal analyser of low conductive materials by Seidl, D., Kostial, P., Jancikova, Z., Ruziak, I., David, J., Puchky, R., Kopal, I.

“…In the paper we present theoretical and experimental results of two variants of contactless thermal analyzer (CTA) for determination of specific heat capacity,…”
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Structural Investigation of Ni II Complexes. XI. Dichlorobis(4-methylpiperidine- N )(4-methylpyridine- N )nickel(II) by Koman, M., Jóna, E., Kopál, I.

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