Sentence examples for required stiffness of from inspiring English sources

To evaluate the required stiffness of the bracing and the flexural-torsional buckling strength of the I-girder with a multiple torsional bracing system, the equivalent continuous torsional bracing concept is often adopted regardless of the type of torsional bracing system.

To transfer that knowledge into improvements in bone healing, such as the required stiffness of bone fixations in BMP-treated cases, requires further in vivo analyses and in vitro characterization.

In the experimental test rig, two special flexible supports are constructed that can adjust the required stiffness of the auxiliary bearings.

The calibrated dilation angle and concrete damage factor were validated by experimental investigations of the specimens subjected to cyclic loadings; the required stiffness of the column metal plates for rigid joints was identified.

In this study, analytical solutions for the natural frequencies and the required stiffness for torsional vibration of the I-girder with intermediate bracings are derived.

The closing loops provide low continuous force production over a large range of activation, whilst the frame provides the required stiffness to resist permanent deformation of the spring during activation and placement (Figure 1a,b).

The subsequent layers of the substrate provide the required stiffness anisotropy, the effect of which is passed to the monolayer patterns through the elastic field.

The stiffness of cells is related to their physiological roles, and cartilage cells in particular require stiffness to bear and transmit a stress load.

The conformation of the cartilage is likely to be different, as their weight-bearing properties require different stiffness of the cartilage.

Design of a flexible wheel for a given mission is a challenging task requiring consideration of stiffness of rim and spokes, stress induced in the wheel, chassis movement during wheel rotation and the operating mode of the wheel.

The ultimate cost of structural components, manufactured utilizing carbon fiber, is a function of the cost of the fiber, the fabrication procedure of the unit, the strength and stiffness required of the structural unit, and the durability and the maintenance of the material.