Development and Application of a Method for Analyzing the Voids in Hardened ConcreteUniversity of Wisconsin--Madison, 1951 - 336 pages |
Contents
INTRODUCTION 1 | 10 |
GENERAL CONSIDERATIONS | 17 |
o Methods Used to Determine the Air Content | 25 |
10 other sections not shown
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Common terms and phrases
28 Days air content air voids air-entrained concrete air-entraining agent Average Deg Average Diameter cent Ch.in Unit Change During Curing Change in Length compressive strength CONCRETE TYPE Content After F&T Content at 28 Content of Concrete crete cubic foot Curing Water Abs.,1 CURTIS WARREN Cycles F&T degree of saturation dolomite Durability Factor DURABILITY TEST RESULTS dynamic modulus entrained air entrained spheres Feet per Cubic fluorescent material Foot of Fresh Freezable Water freezing and thawing hardened concrete Harmonic Mean interception plane LENGTH AND UNIT Length During F&T Loss in Dyn Modulus of Rupture Net Air Content Number of Cycles number of spheres Number of Voids Paste Content PROPERTIES AFTER F&T PROPERTIES OF CONCRETE Ratio by Wt sacks/cu.yd Sand Cont saponified Saturation After F&T Saturation at 28 spec type B4 unit volume Unit Weight Unit Wt Vinsol resin VOID PROPERTIES Number void spacing factor volume of concrete Washa Water-Cement Ratio