slenderness ratio

It is conservative, however, for short member slenderness ratios.

It has a slenderness ratio of 1:20, claimed to be the highest in the world for a residential building.

With a slenderness ratio of 4.6:1 Inflexible was a stable gun platform.

Pinned-pinned support conditions resulted in a slenderness ratio of 17.1 for all specimens.

Different member slenderness ratios were chosen to study the different modes of failure.

Since the mid-1980s, one of the most remarkable advances in tall building design has been their construction to unprecedented slenderness ratios.

However, present standards ignore the stiffening effect of concrete for columns where the slenderness ratio is high.

Before e generally accepted slenderness ratio on Tilt-Up walls is 50.

Slenderness ratio is important for design considerations.

It was shown that the effective slenderness ratio is the most important parameter governing the hysteretic behaviour.

L / r called the slenderness ratio, it is a measure of the column's flexibility.

Further restrictions on the slenderness ratio of built-up members between interconnectors are not warranted.

It is recommended that a factor of 1.0 be used in the second term of the equivalent slenderness ratio equation.

For bolted connections, the seismic behaviour was found to be primarily dependent on the bolt slenderness ratio.

Generally the performance of the F207 loadcell is affected by its slenderness ratio and body flange geometry.

Eccentricity e decides the slenderness ratio of an ellipse.

To account for this effect the easiest method is to use an equivalent slenderness ratio such as the one included in the Canadian Standard.

The results show that the linear interaction equation is safe and provides a good fit to the ultimate capacity of members with intermediate slenderness ratios.

Key words: battens, built-up members, equivalent slenderness ratio, interconnectors, standards.

Walls with high slenderness ratio have been very commonly used in commercial buildings in New Zealand.

Specific Application Notes Accuracy specification improvement by increasing slenderness ratio.

As spans and slenderness ratios increase, suspended concrete floor slabs are becoming increasingly susceptible to vibration problems.

In structures having braced frames the main parameter controlling the reserve strength is the slenderness ratio of the bracing members.

Consequently, a number of empirical column formulae have been developed to agree with test data, all of which embody the slenderness ratio.

In architecture, the slenderness ratio, or simply slenderness is the quotient between the width of a building and his height.