Sentence examples for weight of the aggregate from inspiring English sources
It was observed that, if the proportion of the glass is lower than 25%% weight of the aggregate in concrete, ASR expansions are in negligible level.
In this research, calcium aluminate cement (CAC) mortars have been developed incorporating treated fly ash as filler, assimilating 10% in weight of the aggregate and adding it into the mortar dosage as a new formulation.
The weight of soil retained on each sieve was measured and converted into a percentage particle size of the total soil sample: % {text{ Weight retained}}, =,frac{{W_{text{sieve}} }}{{W_{text{total}} }}; times ;100;%,where W Sieve is the weight of aggregate in the sieve and W total is the total weight of the aggregate.
The total weight of the aggregate sample was approximately 9 kg.
The lime treated mixtures containing 2% lime by weight of the total aggregate as filler.
19 % glass bead by weight of the total aggregate provided the minimum compressive strength of the C30/37 strength class concrete.
Glass bead, which is 19%% by weight of the total aggregate in concrete, was suitable to get enough compressive strength for C30/37 strength class concrete and ASR expansion was able to meet the requirements for this proportion of glass bead.
Glass beads replaced with 9 19 31 % weight of the total aggregate and compressive strength of ternary concrete mixtures were performed at the end of 28 days in order to choose the maximum glass proportion which provides necessary compressive strength in the evaluated type of concrete.
Since we are interested in finding the molecular weight of the aggregates the concentration range of our studies involves concentrations higher than the critical aggregation concentration (from 5 to 10 mM).
From the SLS measurements it is possible to determine the molecular weight of the aggregates in solution.
The molecular weight of the aggregates is estimated by measuring the scattered light of different concentrations of the sample and applying Rayleigh's equation, which describes the intensity of the scattered light from a particle in solution [23].
