Sentence examples for behavior of the binder from inspiring English sources

Both models combine isotropic Drucker Prager elasto-plastic behavior of WC grains and isotropic von Mises elasto-plastic behavior of the binder, and include nonlinear hardening.

The analysis of Lissajous-Bowditch plots showed that higher deformations can dramatically change the behavior of the binder and it is worth be studied in conjunction with the small strain properties to capture the overall performance.

The output of MSCR test was simulated using Burger's four element model and time temperature superposition principle (TTSP) was used to assess the long term creep behavior of the binders at a reference temperature of 50 °C.

After conducting stress relaxation and creep experiments, it is concluded that the large deformation behavior of the filled binder can be described in part in terms of the large deformation behavior of the continuum binder.

In fact, CNTs enhanced the rutting performance and rheological behavior of the asphalt binder.

In general, the use of residues improved rheological behavior of the pure binder, especially SLR residue which contributed to the increase in the material stiffness since it provided greater elasticity compared to binder or OSR waste, and also showed better results of recovery and creep compliance, and reduced sensitivity to tension.

The fiber's adsorption of asphalt components can change the rheological behavior of the asphalt binder and the optimal asphalt content for the mixture design, and it will play a key role in the formation of the interface bonding between fiber and asphalt (Chen and Lin 2005).

The long term creep behavior of the asphalt binders indicated that the difference in creep strain is more pronounced at higher loading times.

The fact that several DARPins are highly active in various assays illustrates the favorable class behavior of the selected binders.

The aging index, viscoelastic behavior of aged binder recovered from the cored specimens, indirect tensile strength and residual fatigue life of the top layer and underneath layer were studied.

The rheological behavior of each binder before and after the emission of VOCs was compared.