Sentence examples for freely support from inspiring English sources
Perhaps most incredibly, a 501(c)(4) can even transfer a portion of its funds to a super PAC, which can — thanks in part to the Citizens United decision — freely support candidates for office Karl Rove established just such a structure by pairing a 501(c)(4) organization (Crossroads GPS) with a super PAC (American Crossroads).
This would allow graduate schools to more freely support and encourage graduate students considering such career paths.
From here, two of what still purport to be the longest freely supported escalators in the world sweep up at odd angles for feng shui reasons – they apparently symbolise the whiskers of a dragon sucking wealth into its belly.
This study is one of the first attempts on the parametric vibration of freely supported FG truncated conical shells based on the first order shear deformation theory (FSDT).
To solve the governing equations is used an unknown parameter, λ, that will be determined from the minimum conditions of critical parameters for freely supported boundary conditions.
The performance of the methods is demonstrated by applying them to the measurement of deformations of a freely supported beam under loading.
In this study, the vibration and stability of freely supported FGM truncated and complete conical shells subjected to uniform lateral and hydrostatic pressures are investigated.
As an example of the application of the theory, a closed form solution is presented for a freely supported panel or complete shell.
The design and manufacture of three test panels is covered before presenting experimental results for the natural frequencies of vibration with freely supported boundary conditions.
This developed non-uniform strain across its depth and under freely supported condition and will results in convex curvature of beam axis, which further increases with increase in its age, as shown in Fig. 12b.
Development of this non-uniform strain across its depth, under freely supported condition will influence the deformation in concave curvature of beam axis which further increases with increase in its age, as shown in Fig. 12a.
