water-cement ratio

The damage to a concrete specimen was gradually serious with a decrease in concrete strength and a gradual increase in water cement ratio.

mixing stock is too dry, can be appropriately increased water-cement ratio, with appropriate construction should be final.

high-strength concrete water-cement ratio is small but a larger amount of cement, the shrinkage is higher.

The concrete with the dual-mixed technology, this has lower water-cement ratio, better performance, higher strength and durability.

ferment is an absolute necessity in determining the best water-cement ratio.

Can the grouting liquid water-cement ratio range, especially suitable for high concentration slurry design requirements.

High water cement ratio during construction and low water cement ratio during solidification are realized.

The intensity of normal concrete is linear relationship with the size of water cement ratio.

Filtering concrete is low bleeding concrete with high water cement ratio and high fluidity.

But the greater the proportion of water in a water-cement ratio, the weaker the final concrete will be.

Meanwhile, the carbonation speed will increase with increase of water cement ratio.

In regard to the influence of water-cement ratio reduction on intensity decline, its minimum limit value is about 14%.

Because of the small water-cement ratio and highly mobile, the cracking problem of high-strength pumping concrete is more serious.

But this water-cement ratio produces a mixture that is too stiff to be worked.

Prediction of unconfined compressive strength of cemented soils with quasi-water-cement ratio

Research on portland cement hydration and mechanical properties of PRC low water cement ratio system

Hydrated performance and microstructure of portland cement with low water cement ratio

A method to evaluate rheological behavior of cement paste with high fluidity and low water-cement ratio

Considering for stationary water-cement ratio in testing compound cement and fly ash cement by ISO code

Study on effect of compressive strength of recycled aggregate concrete with water cement ratio;

Low-strength concrete with less cement, but higher water-cement ratio, shrinkage is also large;

Study on the Hydration of Fly Ash-Cement Mixed System at Different Water-Cement Ratio

Study on correlation between proportion of fly ash and water-cement ratio

The Effect of Water - Cement Ratio on the Plastic Shrinkage Cracking of Lightweight Aggregate Concrete

Effects of Water-Cement Ratio on Plastic Shrinkage Cracking of Concrete

Effect of Water-cement Ratio and Mineral Admixture on the Frost Resistance of Concrete

Research on Influence of Water-Cement Ratio on Early-Age Shrinkage of Concrete

On selecting and compounding of water cement ratio by monolinear regression analysis method

Role of water - cement ratio in designing mix proportion of pump concrete

Effect of Water-cement Ratio on the Nature of Concrete