Sentence examples for of infill material from inspiring English sources

In Westchester, the Katonah-Lewisboro district is considering installing artificial turf fields using a new form of infill material instead of rubber crumb.

The structural strength of these products is determined by the grade and thickness of the steel, the configuration of internal panel components, and by the features of infill material (Balendran et al. 2002).

Furthermore λ1 can be calculated as follows: lambda_{1} = left[ {frac{{E_{text{m}} t;sin ;2theta }}{{4E_{text{fe}} I_{text{col}} h}}} right]^{{tfrac{1}{4}}}. (2 where E m and E fe denote elastic modulus of infill material and the frame materials, respectively, t is the thickness of infill wall, I col is the column moment inertia and h is the infill height.

After each raking of infill material, use a power broom to "bloom" your turf, brushing up the grass blades.

As the compressive strength of infill materials increased, the initial stiffness and strength showed a significant growth.

Theoretical reviews of pore size, permeability, pore channel length and tortuosity depending on the size of the aggregate in ballasted tracks were conducted first to predict the influence of filling parameters of infilling materials for composite railroad tracks.

The improved drainage capacities of that infill material mean that only an eight-inch crown is required, as opposed to 30 inches on older fields.

Depending on the properties of the infill material, the buckling load may be more than four times higher than that of solid structures optimized under the same conditions.

Comprehensive parametric investigations for both passive and active screen cases have been accomplished to reveal the influence of its infill material on the isolation efficiency.

The proposed model was shown to provide results in good agreement with finite element values over a wide range of load levels, infill material strengths, and frame stiffnesses.

Density and compressive strength of foamed concrete as an infill material and configuration of embedded components of composite structural assemblies (CSAs) and their interaction significantly affects performance of composite panels when subjected to external loading.