Sentence examples for strength of channel from inspiring English sources

Recent work on the buckling and strength of channel sections in pure shear with rectangular and triangular web stiffeners is also described.

The results show that the concrete strength, web and flange thicknesses of the channel and the length of the channel are significant parameters in determining the ultimate strength of channel shear connectors, whereas the height of the channel section is not a significant parameter.

When Perry plummeted, Newt soared, largely on the strength of channelling the base's basest biases: fierce hatred of the mainstream media, condescending disdain for the freeloading, work-averse poor, and racially tinged contempt for the allegedly secular-socialist, anti-religious (though Islam-friendly), Kenyan anti-colonialist, teleprompter-dependent "food-stamp President".

A parametric study of cold-formed steel sections with web openings subjected to web crippling was undertaken using finite element analysis, to investigate the effects of web holes and cross-section sizes on the web crippling strengths of channel sections subjected to web crippling under both interior-two-flange (ITF) and end-two-flange (ETF) loading conditions.

Finally, the PHY layer directly transmits all symbols over OFDM channels in which we will consider different strengths of channel noise in our experimental results.

Also, it was determined that the Canadian design code is quite unconservative for the prediction of strength capacity of channel shear connectors in HSC.

Depending on the thickness of a channel and the location of the service hole, perforation can have an important effect on the strength of the channel, irrespective of the temperature.

But Mr. Lombardo said the offerings in the next year should answer all questions about the strength of the channel.

Rich Ross, the president of Disney Channel Worldwide, argued that the ratings achievements of the sequel pointed to the larger strength of the channel's television movie business.

This paper reports an investigation aimed at developing a Direct Strength Method (DSM) approach to estimate the ultimate strength of lipped channel columns affected by local/distortional buckling mode interaction.

A parametric study was then undertaken to investigate both the effect of the position of holes in the web and the cross-section sizes on the web crippling strength of the channel sections.