Sentence examples for behavior of the epoxy from inspiring English sources

The mechanical, thermal, flame retardant and water absorption behavior of the epoxy nanocomposites were studied and the results are discussed.

The curing behavior of the epoxy matrix was not adversely affected by the inorganic phase.

This model is expected to predict and explain the diffusion behavior of the epoxy and amine monomers into PSU during the initial time periods.

In the first level, the behavior of the epoxy resin, in the presence of small pores, is simulated by means of a representative unit cell (RUC).

Also, the effects of moisture on the mechanical behavior of the epoxy system have been studied by the uniaxial tensile test and a scanning electron microscopy (SEM), for the unaged, moisture saturated, completely desorbed and moisture re-saturated specimens, respectively.

This paper presents the results of experimental and analytical investigations of the long-term behavior of the epoxy used at the concrete FRP interfaces.

Tensile processes are conducted by applying the constant strain method to examine the enhanced fracture behaviors of the epoxy composites by introduction of carbon nanotubes as reinforcements.

The mechanisms of the enhanced fracture properties and crack growth behaviors of the epoxy composites are explored and interpreted from an atomic view by monitoring the variations of the non-bond interaction energy and radius distribution function between carbon nanotubes and epoxy matrix.

Water transport behavior of the modified epoxy coating decreased more in that with higher hydrophobic surface property.

Subsequently, a parametric study is adopted to analyze the distinct effect of composition factors on the behavior of the imperfectly epoxy bonded anchor system (IEBAS).

In the second part, we characterize through extensive experimentation the uncertainty in the viscoelastic behavior of the bond epoxy and use it to develop guidelines for the design of the bonded system.