Sentence examples for binders as a function from inspiring English sources
This research investigated the interaction effects of CRM binders as a function of various blending treatments in the laboratory.
A model to predict the permanent strain in asphalt binders as a function of load duration and stress level at a constant temperature was developed in previous studies.
The aggregation rate constant was also observed to increase with higher bed temperature when a higher viscosity binder was used, but showed a maximum value for a less viscous binder as a function of temperature.
However, this study found that the control binder of PG 64-22 had little change of the binder properties as a function of interaction conditions; (3) The CRM percentage influence is statistically significant on the viscosity and G*/sin δ values.
This paper presents a predictive modelling tool based on Representative Volume Elements (RVEs) of 3D weaves capturing the binder size as a function of the weaving process.
The small strain rheology was applied to discuss the linear properties, while the viscoelastic non-linearities of the studied asphalt binders were analyzed as a function of strain through the use of Lissajous-Bowditch plots and elastic and viscous non-linearities of an oscillatory shear cycle.
Total distribution volume (V T) of 11C- R -PK11195, DPA-711C- R -PK11195btained from low affinity binders (LABs) plotted as a function of duration of image acquisition.
Binder properties also change as a function of RAP-particle size.
A total of 860 data points were obtained for evaluation of G∗/sinδ and a predictive model as a function of binder viscosity.
Compounds were made from these systems with different PU binders and the structural properties (density, porosity, air flow resistivity, tortuosity and stiffness) and performance properties (sound absorption, sound transmission, impact sound insulation and thermal conductivity) were measured as a function of binder loading and chemistry.
This minimum liquid volume is determined as a function of dry binder type, amount, hygroscopicity and particle size distribution of diluent.
