Numerical modelling of moisture transfers with hysteresis in cementitious materials: Verification and investigation of the effects of repeated wetting–drying boundary conditions

The progress in its solution determines the reliability of modeling and the quality of design of a wide range of devices, the proposed approach has been applied to model the behavior

Both static and dynamic interactions for an ultra fine particulate system were taken into account in order to simulate various mag- netization processes, such as: field-cooled,

Engi- neers need, then, a reliable static hysteresis model able to take into account both complex inductions waveforms and the temperature influence on the magnetic

Moreover, the entire shape of the hysteresis loop is fixed by the measure p independent from past history, and any change of input from rl to r2 and back to rl

In the present paper, a microsphere model taking into account rate-independent hysteresis is proposed and applied to model filled silicone rubbers behavior.. The hysteresis model

We consider the problem of finding the equilibrium shape of a liquid drop surrounded by a fluid (either vapor or another liquid immiscible with that of the drop) and in contact with

Variational problems, phase transitions, elasticity, hysteresis, a priori error estimates, a posteriori error estimates, adaptive algorithms, non-convex minimization, microstructure..

In section 5 we introducé two nmte element approximations of the équation (1 3) Hère for the time discretization both backward différences and a hnearization technique are proposed