Sentence examples for cross section beam from inspiring English sources

In this paper, mode shapes of a cracked beam with a rectangular cross section beam are analysed using finite element method.

In this paper, it is shown that a flat constant cross section beam can be elastically shaped to parabolic curvature to very high accuracy using a simple set of end moments and forces.

An experimental program was carried out with RC T-cross section beams strengthened in shear using steel ETS bars.

For this purpose, an experimental program composed of four Rectangular and five T-cross section beams was executed to assess the strengthening efficiency of HCPs technique.

To explore the potentialities of the ETS technique for the shear strengthening of RC beams, an experimental program was carried out, composed of RC T-cross section beams shear strengthened by using steel bars.

The test specimens were designed as a T cross-section beam with a length of 4000 mm.

This work presented closed-form symmetric equations for calculating maximum torsion stress of a rectangular cross-section beam.

The power density distribution of various layers of cross-section beam was reconstructed for beam volume by direct volume rendering technique.

There are several design equations available for calculating the torsional compliance and maximum torsion stress of a rectangular cross-section beam.

The experiments include scaled collision tests of a T cross-section beam, head-on collision of an oil tanker against a rigid wall, ship grounding and collision between two oil tankers.

This paper presents a modeling as well as a numerical approach for geometric and material optimization of thin-walled functionally graded I-shaped cross-section beam focusing on lateral and flexural torsional buckling problems.