Sentence examples for behavior of viscoelastic materials from inspiring English sources

The mechanical behavior of viscoelastic materials combines elements of both viscous fluid and elastic solid responses.

Applications including modeling of damping behavior of viscoelastic materials, cell diffusion processes, transmission of signals through strong magnetic fields, and finance systems are some examples [16 18].

A number of methods have been developed to determine the relaxation modulus, which is a fundamental material property that characterizes the rheological behavior of viscoelastic materials.

Therefore, we suggest a low-cost measurement setup, the so-called vibration transmission analyzer (VTA) enabling to analyze the transfer behavior of viscoelastic materials for propagating mechanical waves.

Nevertheless, the use of such materials in supports of rotating machines, aiming at controlling vibration, is more recent, mainly when these supports present additional complexities like multiple degrees of freedom and require accurate models to predict the dynamic behavior of viscoelastic materials working in a broad band of frequencies and temperatures.

The results indicate that the method of caustics can be used to characterize the fracture behaviors of viscoelastic materials and further to optimize the design of polymer composites.

A stress strain relation of viscoelastic materials is in-between those of elastic and viscous materials.

Experimental and theoretical researches involving fracture analysis of viscoelastic materials have been observed in the literature.

This problem has its origin in the mathematical description of viscoelastic materials.

The power law form reflects the known characteristics of viscoelastic materials: they possess a spectrum of relaxation times.

After complete removal of viscoelastic materials, the clear corneal and side incisions were hydrosealed.