This pushes particles toward the outside of the bend, increasing the effect.
Pushing buttons too hard with your fingers can lead to inflammation around the tendons and pulleys that enable the fingers to bend, increasing the risk for trigger finger (stenosing tenosynovitis).
The bend increases the degree of orbital overlap of NO with the molecular orbitals of the iron/protoporphyrin system, 68) which in turn decreases the dissociation rate relative to that of metMb.
With the increment of β, the initial stiffness of joints under in-plane bending increased.
The peak at 713 cm− 1 for O H out-of-plane bending increased remarkably.
It is shown from the comparison that the ultimate loads and initial flexural stiffness of all specimens under in-plane bending increased with the increase of the β ratio.
Furthermore, the ultimate loads and initial flexural stiffness of traditional, square bird-beak and diamond bird-beak SHS X-joints under in-plane bending increased progressively with the same β ratio, whereas the corresponding ductility decreased progressively.
The peak loads and residual strength of SFRC beams under 3-point bending increased with the increase of fibre dosage.
This bending increases the stress intensity in the underlying crack and causes adhesive peel stresses and bending of the repair which can, relative to a repair that is restrained against bending, lead to early failure.
