Results 221 to 230 of about 81,980 (272)

Slab-on-Grade versus Framed Slab

Journal of Architectural Engineering, 2010
This paper presents comprehensive and practical engineering review (not mathematics or computer science paper) of the observed behavior of the two types of slabs that have been used for the bottom floor slabs, at grade and underground, of buildings in the United States and overseas.
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Piled-Slab Searches

Operations Research, 2006
This paper deals with the conflict between simplicity and optimality in searching for a stationary target whose location is distributed in two dimensions, thus continuing an analysis that was begun in World War II. The search is assumed to be of the “piled-slab” type, where each slab consists of a uniform search of some simple region.
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Slabs for emergency applications ‘U’ slabs

Journal of Orthopaedic Nursing, 2005
Summary This article provides guidance for nurses and other health care professionals on applying below knee slabs in the emergency situation. See also the article on below and above elbow casts and below knee casts in the last three issues of the Journal Volume 8 issues 3 and 4, Volume 9 issue 2.
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Design of slab–column junctions in flat slabs

Proceedings of the Institution of Civil Engineers - Structures and Buildings, 2003
In a flat-slab type construction the most vulnerable areas from the point of view of safety of the structure are the junctions between the slabs and the columns. As architects and engineers strive to achieve increasingly slender forms of construction the vulnerability of the slabs to punching increases.
N. K. Subedi, P. S. Baglin
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Spike and slab biclustering

Pattern Recognition, 2017
Abstract Biclustering refers to the problem of simultaneously clustering the rows and columns of a given data matrix, with the goal of obtaining submatrices where the selected rows present a coherent behaviour in the selected columns, and vice-versa. To face this intrinsically difficult problem, we propose a novel generative model, where biclustering
Denitto, M.   +3 more
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Tearing of Stagnant Slab

Science, 2009
Tearing the Plate Recent seismic data show a widely variable geometry of subduction: Some plates penetrate deep into the mantle; others bend and become horizontal at 670 kilometers near a prominent phase boundary. Obayashi et al. (p.
Masayuki, Obayashi   +2 more
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Flat Slab and Waffle Slab Systems

1994
The effects of column grid size, number of storeys, use of mild/high yield steel reinforcement, location of structural element, grade of concrete and provision of column heads in structural systems on the quantities of various constituents of reinforced concrete construction using flat slabs and waffle slabs have been studied and presented in the form ...
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Slabs

Chapter 2 gives a comprehensive approach to understanding the load-carrying mechanism and design characteristics of homogeneous concrete plates with mainly rectangular, but also circular and skew boundaries. The interaction of bending and torsional moments in taking up the vertical gravity loads is examined and concerning the ribbed plates the ...
Leonidas Stavridis   +1 more
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Slab-gel electrophoresis

Trends in Biochemical Sciences, 2000
Work at Brookhaven National Laboratory during the period described in the article was supported by the US Atomic Energy Commission, a predecessor to our current sponsor, the US Dept of Energy.
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