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Titlebook: IUTAM Symposium on Relations of Shell, Plate, Beam and 3D Models; Proceedings of the I George Jaiani,Paolo Podio-Guidugli Conference procee

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An Asymptotic Method for Solving Three-Dimensional Boundary Value Problems of Statics and Dynamics symptotic method. The connection of free-vibration frequency values with the propagation velocities of seismic shear and longitudinal waves is established. In a three-dimensional setting forced vibrations of two-layered, three-layered and multi-layered plates under the action of seismic and other dy
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Multiscale Assessment of Low-Temperature Performance of Flexible Pavements,n, different constituents (e.g. bitumen, filler, aggregate), and the allowance of additives, and.• changing material behavior in consequence of thermal, chemical, and mechanical loading..The parameters of the employed viscoelastic material model for asphalt are obtained from upscaling of parameters
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On the Different Possibilities to Derive Plate and Shell Theories,After that many improvements were suggested, at the same time some research was focussed on the establishment of a consistent plate theory. Limiting ourself by the linear elastic case, it will be demonstrated that the von Kármán theory can be deduced from the three-dimensional continuum mechanics equation.
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On a Problem of Thermal Stresses in the Theory of Cosserat Elastic Shells with Voids,y cross-sections. The problem consists in finding the equilibrium of the shell under the action of a given temperature distribution. We assume that the temperature field is independent of the axial coordinate and we determine a closed-form solution expressed in terms of the displacement vector and porosity field.
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