The phrase "material behaviour in" can be used in written English, although it is not complete as a sentence.
Depending on the context, the phrase may be used to describe a specific kind of behavior in a given material, such as "material behavior in response to changes in temperature."
Accordingly, the results show the importance of adequately replicating material behaviour in field conditions.
These processes introduce residual stresses into the material, and recent studies have shown that those affect the material behaviour in bending.
The influence of residual stress and the effect of plastic deformation on the material behaviour in roll forming are separately determined in numerical simulation.
Thus a methodology is being illustrated which enables the consideration of rate dependent material behaviour in a fracture mechanical analysis under thermomechanical loading.
The model is able to cover the material behaviour in the uncured and in the cured state and includes the dependance on temperature.
While the technology for the production of these composites is highly advanced, modeling techniques to predict material behaviour in building applications are severely lacking.
A method enabling a description of materials behaviour in the fatigue process has been developed.
There is little research on modelling of biodegradable polymer PLA by considering the viscoplastic deformation, i.e., time-dependent plastic deformation, which is critically important for accurate capture of the material behaviour, especially in modelling of loading-bearing components and devices such as PLLA stents which rely on plastic deformation to function properly.
Inextensional deformation and rigid plastic material behaviour were assumed in the derivation of the deformation energy.
For this purpose, different elements, representing elastic, viscous or plastic material behaviour, are combined in parallel and series connections.
A nonlinear temperature-sensitive material behaviour is incorporated in our numerical simulations based on the results of the split-Hopkinson pressure bar tests.
