linear expansion

linear expansion

[′lin·ē·ər ik′span·chən]
(physics)
Expansion of a body in one direction.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
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Summary: New Delhi [India], Feb 12 (ANI): Three airports in Andhra Pradesh received major infrastructure boost on Tuesday after Union Minister for Civil Aviation Suresh Prabhu inaugurated the extension and strengthening of existing runways on Vijaywada and Rajahmundry airports and laid foundation stone for Linear Expansion of Terminal Building at the Vishakhapatnam airport on Tuesday.
In this paper, mortars containing CFBC desulfurization slag were prepared, the linear expansion rate and compressive strength of the mortars were tested, the influence mechanism of grinding time, amount of CFBC desulfurization slag and sodium sulfate on the expansion characteristics, and compressive strength of mortars were investigated, and furthermore, the correlation between the expansion characteristics and compressive strength of the mortar was analyzed.
When the "drone era" began, the conventional wisdom was that drones represented a linear expansion of aviation legal practice and that tried and true principles that had gone in to pursuing or defending aviation claims would translate easily into drone accident litigation.
While the track breaks due to coefficient of linear expansion in summer, the same happens in winter due to contraction.
The basic constants of additivity of the main glass-forming oxides are given in [6] (Table 2), averaged partial estimated constants of linear expansion coefficients a; oxides in silicate glass (glazes) according to Appen are indicated in Table 2.
We assume linear expansion; the visible cosmos radius is then [R.sub.U] = c/H = cT where H is the Hubble parameter and T the age of the membrane.
5A) apparently exhibits similar trend as linear expansion does: two most expansive materials EMB3 and EMB 4 possess much higher increase of full energy compared to less expansive EMB2 and non-expansive EMB1 specimens.
With increasing filler aspect ratio (length/diameter) and content, the linear expansion coefficient parallel to the filler decreases.
At the same condition, the bentonite linear expansion rate in QAS-2 solution is much lower than those of others, and the hydration expansion degree of the mud ball in 0.5% QAS-2 solution is appreciably weaker than the control test.
The trials evaluated physical properties for each sand sample for AFS-GFN, tensile profiles, specific surface area, pH, acid demand value (ADV), base permeability, bulk and tapped density, specific heat capacity and linear expansion. Step-cone castings and Gertzman castings were poured for evaluating casting quality performance in low carbon, low alloy steel, class 35 gray iron and 60-40-18 ductile iron.

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