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Long-term deformation characteristics of lytag lightweight-aggregate concrete
Description of tests in axial compression and deflection; comparisons are made with gravel concretes made from London-area aggregates; details are given of shrinkage measurements which show that under certain conditions shrinkage can be delayed, even though concrete is drying out; this delayed shrinkage is apparently due to water reservoir within aggregate migrating to surrounding matrix to take place of evaporated water until transfer is insufficient to balance that being lost; test results show that lower creep occurs and that total deformation of two kinds of concrete is not significantly different.
Long-term deformation characteristics of lytag lightweight-aggregate concrete
Description of tests in axial compression and deflection; comparisons are made with gravel concretes made from London-area aggregates; details are given of shrinkage measurements which show that under certain conditions shrinkage can be delayed, even though concrete is drying out; this delayed shrinkage is apparently due to water reservoir within aggregate migrating to surrounding matrix to take place of evaporated water until transfer is insufficient to balance that being lost; test results show that lower creep occurs and that total deformation of two kinds of concrete is not significantly different.
Long-term deformation characteristics of lytag lightweight-aggregate concrete
Structural Engr
Evans, R.H. (Autor:in) / Paterson, W.S. (Autor:in)
Structural Engineer ; 44
1967
9 pages
Aufsatz (Zeitschrift)
Englisch
© Metadata Copyright Elsevier B. V. All rights reserved.
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