Máte zájem o kvalitní učební texty na téma mechaniky kontinua z pera profesora Cyrila Höschla? Česká společnost pro mechaniku se rozhodla digitalizovat skripta z let 1973 až 1988...
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Czech Society for Mechanics – the expert group on Computer Mechanics and Institute of Thermomechanics ASCR v.v.i. will organize the following presentation series on occassion of the visit of Prof. M. Rashid, University of California, Davis, USA in the Institute of Thermomechanics ASCR, v.v.i. The presentations will be held in Lecture Room B of the Institute of Thermomechanics, Dolejškova 5, Praha 8 (directions); they will start at 10am on each day. »»»
The aim of the summer school is to present a comprehensive series of lectures on modern as well as classical problems related to fluid-structure interaction. The emphasize will be on mathematical, computational and experimental topics originating in biomedical applications. The summer course is prepared for graduate students,young scientists, and other interested specialists. Besides of the course lectures, the program will include a one day workshops (on Wednesday, August 31) dedicated to short, more advanced lectures given by attending scientists »»»
Mark M. Rashid is a professor at the Department of Civil and Environmental Engineering of University of California, Davis, California, USA. His research interest include fracture mechanics, computational mechanics, fluid-structure interaction, blast loading, material modeling, plasticity, MEMS.The presentation is a part of the Presentation Series on Computational Solid Mechanics held on August 3-17, 2011 in the Institute of Thermomechanics ASCR v. v. i. »»»
The Institute of Thermomechanics ASCR, Czech Society for Mechanics and the ERCOFTAC Czech Pilot Centre will organise on October 19 – 21, 2011 »»»
The EUROMECH Colloquium 540 aims to bring together engineers and scientists with interest in modelling of wave propagation in solids. The Colloquium will concentrate on topics related to effects of linear and non-linear waves in solids, to solitary waves, to strongly dispersive wave propagation in inhomogeneous solids and to waves in materials with microstructures, etc. »»»
The Czech Society for Mechanics – the expert group for Computational mechanics and the Institute of Thermomechanics AS CR wish to invite you to a lecture by »»»
Dynamic nonlinear elastic behaviour, non equilibrium dynamics, first observed as a curiosity In earth materials has now been observed in a great variety of solids. The primary manifestations of the behaviour are characteristic wave distortion, and slow dynamics, a recovery process to equilibrium that takes place linearly with the logarithm of time, over hours to days after a wave disturbance. »»»
Summary
Dynamic nonlinear elastic behavior, nonequilibrium dynamics, first observed as a curiosity in earth materials has now been observed in a great variety of solids. The primary manifestations of the behavior are characteristic wave distortion, and slow dynamics, a recovery process to equilibrium that takes place linearly with the logarithm of time, over hours to days after a wave disturbance. »»»
Full title: Optimization of coded excitations with Symmetry Analysis : Formalism and applications in NDT with perspectives in ultrasonic nonlinear imaging of bio-materials »»»
In the stability theory of shear layers, the term `local stability' refers to the stability properties of a particular velocity profile at a given position in the flow. When the basic flow develops the streamwise direction, e.g. in a growing boundary layer, the changing local stability properties can be mapped out downstream. If there are regions of local absolute instability then there is the possibility of a `global instability' of the entire flow. When the basic flow varies slowly in the downstream direction the global stability can be determined from the local stability. »»»
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