slab

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slab

1. any of the outside parts of a log that are sawn off while the log is being made into planks
2. Mountaineering a flat sheet of rock lying at an angle of between 30° and 60° from the horizontal
3. Informal chiefly Brit an operating or mortuary table

Slab

The upper part of a reinforced concrete floor, which is carried on beams below; a concrete mat poured on subgrade, serving as a floor rather than as a structural member.

Slab

 

in metallurgy, a semifinished product consisting of a steel billet of rectangular cross section with a high width-to-height ratio (up to 15:1). Slabs are 400-2,500 mm wide and 75-600 mm high (thick). They are made from ingots by rolling in slabbing mills and, sometimes, in blooming and blooming-slabbing mills; they may also be prepared directly from molten metal by continuous casting. Slabs are used in the production of rolled sheet steel. [23–1785–]

slab

[slab]
(civil engineering)
That part of a reinforced concrete floor, roof, or platform which spans beams, columns, walls, or piers.
(electronics)
A relatively thick-cut crystal from which blanks are obtained by subsequent transverse cutting.
(engineering)
The outside piece cut from a log when sawing it into boards.
(geology)
A cleaved or finely parallel jointed rock, which splits into tabular plates from 1 to 4 inches (2.5 to 10 centimeters) thick. Also known as slabstone.
(hydrology)
A layer in, or the whole-thickness of, a snowpack that is very hard and has the ability to sustain elastic deformation under stress.
(materials)
A thin piece of concrete or stone.
(metallurgy)
A piece of metal, intermediate between ingot and plate, with the width at least twice the thickness.
(mining engineering)
A slice taken off the rib of an entry or room in a mine.

slab

1. The upper part of a reinforced concrete floor, which is carried on beams below.
2. A concrete mat poured on subgrade, serving as a floor rather than as a structural member.
3. A flat thick slice or plate of material such as stone, wood, concrete, etc.
References in periodicals archive ?
Flexural Buckling Model for the Consequent Slabbed Rock Slope under Its Self-Weight and Top Loading Based on the Rock Statistical Damage Constitutive Model.
So in order to discuss the effect of the rock damage on the CBH of the slope, the flexural buckling model for the consequent slabbed rock slope based on Weibull statistical damage constitutive model for the rock is set up.
Assuming the rock to be a perfect elastic material, we firstly investigate the calculation method of the CBH of the vertical slabbed rock slope under its self-weight based on the energy principle and then extend it to that of the consequent slabbed rock slope.
According to the superposition principle of Euler's Method, we deduce the calculation method of the CBH of the consequent slabbed rock slope under its self-weight and top loading.