"Euromech colloquium 430 - Formulations and constitutive laws for very large strains" - Výsledky hledání - Digitální repozitář

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	Formulations and constitutive laws for very large strains Plešek, Jiří Closing of microcracks under compressive stresses is taken into account in the description of ceramic plasma sprayed materials. Úplný záznam
	Acoustic emission during necking and plastic elongation of semi-crystalline polymer blends Převorovský, Zdeněk ; Krofta, Josef ; Blaháček, Michal ; Raab, M. Tensile tests of polypropylene and its blends with polyethylene and other additives have been recorded by digital camcorder. Acoustic emission (AE) was monitored during tests by two transducers attached to test samples, allowing linear location of AE**ces. Tested materials exhibit large localized plastic deformation - necking - reaching hundreds of percent before failure. Image analysis procedure is designed for quantitative evaluation of axial and lateral strains and strain rates along the sample Úplný záznam
	Book of abstracts : Euromech Colloquium 430 : Formulations and constitutive laws for very large strains Plešek, Jiří ; Gabriel, Dušan ; Poživilová, Alena The proceedings contain 32 full length papers. Úplný záznam
	Theory of finite deformations and differential geometry Fiala, Zdeněk Kinematics of finite deformations is formulated by means ofdifferential geometry to establish one-to-one correspondenceamong objective time derivatives, deformation tensors and stress tensors. Úplný záznam
	Theory of Finite Deformation and Differential Geometry Fiala, Zdeněk This overview contribution uses the basic notions of differentialy geometry in the theory of finite deformations, what enables in a natural way to assighn to most strain tensors corresponding stress tensors and objective timederivatives and simply classify these triplets. Úplný záznam
	Elastic nonlinearity due to microcracks in thermally sprayed materials Kroupa, František ; Plešek, Jiří Thermal spraying is a process in which the material in a powder form (with particle size between 20 and 150ćm) is melted, accelerated to a high velocity (20m/s up to 600m/s) and deposited on the substrate.The microstructure of sprayed materials is complex. It consists of irregular thin lamellae known as "splats", formed by rapid solidification of the impacted molten droplets. Úplný záznam

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