live load

"These old buildings," he said, "aren't designed to hold live load."

L. is the live load which vary for different structures

Battens are linear members to which live loads may be attached for flying.

At the time of construction, a horse and buggy was the heaviest live load that would be expected.

Second type of load is Live Loads which vary in their magnitude and location.

Blocks are sized based on anticipated live loads, operating speeds, line type and other factors.

Truss battens are typically designed to support 25 to 50 pounds of live load per foot.

It is typical for an electric batten to support thousands of pounds of live load.

Bridge live loads are produced by vehicles traveling over the deck of the bridge.

The Skywalk deck was designed for a 100-pound-per-square-foot live load along with code required seismic and wind forces.

The design of the bridge differs slightly from other bridges, which are of live load composite construction.

Live loads are usually unstable or moving loads.

As this is done the tension in the cables increases, as it does with the live load of traffic crossing the bridge.

Live loads, or imposed loads, are temporary, of short duration, or moving.

Roof and Floor live loads are produced

Unfortunately, the live load due to occupancy is typically much greater than the design load for a roof.

It should be noted that external pre-stressing has been used for structural upgrade for gravity/live loading since 1970s.

The floors are also unusually strong, designed to carry 200 to 300 pound per square foot (10 - 15 kPa) live loads.

Incidentally, this slot also accounts for live load deflection and creep in the floor slabs of the building structure.

Living Loaded is an upcoming television comedy film based on Dan Dunn's novel of the same name.

L = live load due to occupancy,

Three kinds of forces operate on any bridge: the dead load, the live load, and the dynamic load.

On a bridge, the portion of the structure that is the span and directly receives the live load is referred to as the superstructure.

Spanning from the proscenium wall to the upstage wall, these beams support the dead and live loads of a fly system.

design live load for floors: 80 pounds per square foot