Sentence examples for restrained along from inspiring English sources

A uniform homogeneous column is assumed to be restrained along its length.

The plates are restrained along the edges by rotational and translational springs.

The ends of the deck are restrained along the earthquake component, but free to rotate within the plane of bending.

Since the thermophoretic force varies with the thermal gradient, which is thermal gradient-dependent, when calculating the thermophoretic force for a certain thermal gradient, the motion of C60 is restrained along the nanotube's axial direction.

A variational formulation of the Ritz method is used to establish an eigenvalue problem for the local buckling behavior of composite plates elastically restrained along their four edges (the RRRR plates) and subjected to compression along one axis, and the explicit solution in terms of the rotational restraint stiffness (k) is presented.

In this paper, explicit analyses of local buckling of rectangular orthotropic composite plates with various unloaded edge boundary conditions (i.e., (1) rotationally restrained along both unloaded edges (RR), and (2) one rotationally restrained and the other free along the unloaded edges (RF)) and subjected to uniform in-plane axial action at simply-supported loaded edges are first presented.

It is delimited by the NW and SE Boundary Faults and dissected by the basin-parallel Central Fault, all of which are part of the dextral TLFZ displaying releasing and restraining bends along-strike.

Refinement was performed using a TLS and restrained refinement along with noncrystallographic symmetry (NCS) restraints.

An analysis is presented for the free vibration of a circular plate restrained against deflection along radial segments.

It is assumed that the plate is elastically restrained against rotation along the edge, Buckling parameters are also presented.

Here z, our chosen reaction coordinate, is position along the pore axis, K pull  = 2000 kJ mol−1 nm−2 is the stiffness of a harmonic spring one end of which moved with constant velocity v = 10 nm/ns (pull rate) along z while the center of mass of the calcein molecule was attached to the opposite spring end and also restrained to move along the pore axis.