Sentence examples for behavior of such beams from inspiring English sources

The behavior of such beams under bending, shear, and torsion is treated in the book.

Although many in situ RC beams are of continuous constructions, there has been very limited research on the behavior of such beams with externally applied FRP laminate.

In this paper, for the first time the application of corrugated plates as the web of steel coupling beams (rather than flat web and its stiffeners) is studied as a proposition for improving seismic behavior of such beams.

In spite of the advantages this type of structural component may offer, there are no design standards or specifications dealing with all the phenomena involved in the behavior of such beams, such as the resistance against lateral-torsional buckling (LTB).

In other words, plastic behavior of the diagonal reinforcements is encouraged in order to dominate the behavior of the coupling beams at the ends of such beams where the moment and shear forces are greatest.

To predict accurate vibration behavior of the beams, the Chebyshev collocation method (CCM) is applied to solve the vibration problem of such beams.

Understanding the fluid interactions between neighboring vibrating beams is essential for predicting the dynamic behavior of such arrays and designing them for practical applications.

How do we model the behavior of such creatures?

Many parameters effect the behavior of beam such as (( frac{l}{d} ), ( frac{{a_{text{v}} }}{d} ), ( f_{text{c}} ) and maximum size of aggregate) was taken into account.

It was noted that the SHCC matrix can improve crack-damage mitigation and the flexural behavior of RC beams, such as moment strength, ductility after peak load and energy dissipation capacity.

While the behavior of structures such as beams and plates is generally understood, a large number of industrial structures are bolted assemblies of many components with connections that are not well understood.