The use of seawater as mixing water in concrete is motivated by an increasing danger of
freshwater shortages. The factors restricting its use in concrete include a high risk of …

Factors determining minimization of the influence of sulfate environments on concrete and
risk of corrosion of embedded steel reinforcement have been analyzed. Coatings based on …

It is shown that high operational reliability of structural materials, in particular at high
temperatures, is achieved through the use of ultra-high strength cement composites. Studies …

The article presents designe of rapid-hardening, non-shrinking cementitious mixtureses,
which allows solving the problem of rehabilitation of concrete structures and has a positive …

The paper presents low-carbon Portland-composite cements type CEM II/CM. It is found that
mineral additives (superfine zeolite, limestone powder) are characterized by increased …

Increasing the durability of concrete and reinforced concrete structures according to the
criterion of crack resistance is a relevant task of construction materials science. To solve this …

One way to reduce the diffusion of chlorides deep into concrete is to bind chlorine ions into
stable hydration products. It is known that systems containing carbonates have an increased …

An analysis of the structure of the reinforced concrete ballastless bridge decks BBD of metal
railway bridges has been carried out. The traditional element of the interconnection of BBD …

1 The article deals with the effect of potassium sulfates on the setting behavior of cement
pastes. It has been established that the main elements (Ca, Si, Al) are distributed in the …

The use of layered double hydroxides (LDHs) is a new direction in chemistry of cement. The
influence of calcium/aluminum double hydroxides (Ca-Al LDHs) and polycarboxylate ethers …