Sentence examples for behavior of the scaffold from inspiring English sources

The elastic-plastic behavior of the scaffold is studied for different porosities and β values using the finite element method.

The water plays an important role in the mechanical behavior of the scaffold, but highly depends on the crosslinking density of the proper polymer.

Gelatin coating improved the mechanical properties of the scaffold and also it did not change the bioactive behavior of the scaffold.

Specifically, this methodology characterizes the macro-scale structural behavior of the scaffold, and quantifies 3D stresses and deformations of the cells at the micro-scale and at a cellular level, wherein individual cell components are incorporated.

This paper provides an overview of the composition and structure of selected ECM scaffold materials, the effects of manufacturing methods upon the structural properties and resulting mechanical behavior of the scaffold materials, and the in vivo degradation and remodeling of ECM scaffolds with an emphasis on tissue function.

In the microscale, the effect of the shape and size of the pores can be considered [ 57, 78], and, at the macroscale, the mechanical behavior of the scaffold [ 77, 79, 238].

The permeability also appeared to play a role in relaxation behavior of the scaffolds.

The pore structure, compressive properties and degradation behavior of the scaffolds were investigated.

The Maxwell necessary criterion for rigidity was used to explain mechanical behavior of the scaffolds.

The swelling behavior of the scaffolds was also examined in both water and phosphate buffer saline solution.

The swelling behavior of the scaffolds was examined in both water and phosphate buffer saline (PBS) solution.