Sentence examples for considering the slippage from inspiring English sources

Hence, considering the slippage between the GFRP and concrete may be necessary when accurate deflection estimate is required under the service condition.

Considering the slippage tendency of the fiber tow over the surface, a local stability criterion involving mathematical parameters of the mandrel surface is established, and a general fiber path equation can be formulated.

The formulations are developed to consider the slippage between layers at the interfaces.

In this research, possible winding patterns considering the windability and the slippage between fiber and mandrel surface were calculated using the semi-geodesic path algorithm.

Considering the mode of slippage-mediated mutations, it is unlikely that a large proportion of the dinucleotides would be present in the coding regions; mutations in trinucleotides or their multiples would only be tolerated if they do not disturb the open reading frame.

According to the apparent permeability derived by Ozkan et al. (2010), the apparent permeability considering the effect of gas slippage in region 3 is as follows: k_{{3{text{a}}}} = b_{3} k_{3} (1 where (b_{3} = 1 + {{left( {mu c_{{{text{g}}3}} D_{{{text{g}}3}} } right)} mathord{left/ {vphantom {{left( {mu c_{{{text{g}}3}} D_{{{text{g}}3}} } right)} {k_{3} }}} right.

In this study, Lucas-Washburn (LW) theory is revisited by further considering the effective viscosity and slippage to accurately model the capillary filling behaviors in nanopores, where the effective viscosity is investigated by considering the energy barrier induced by pore wall while the true slip is modelled with the wettability by considering the mobility of first-liquid-layer molecules.

When considering the degrees of DNA strand-slippage at each clf locus, slippage events were three to four times more prevalent in clfA than clfB.

Due to the complexity of modeling the bond action, a perfect bond has been usually considered with the slippage between concrete and reinforcement neglected.

Considering the case where there are relative slippage in the two faces in the figure, the frictional force generated by the fluid can be obtained from the Reynolds equation.

Considering the combination of antifouling properties and increased slippage, the presence of S-layers may facilitate flagella-driven cell locomotion in natural habitats (e.g. soil, mud, body fluids), thus justifying the energy expense of S-layer protein synthesis.