The article is devoted to some aspects of research of hostile environment influence on the concrete durability. The mechanism of formation of chaotically diversified difficult structure is described. Chemical interactions of cement with active components of diffusion in steam space are examined. | Changes in the topology of a concrete porous space in interactions with the external medium Engineering Solid Mechanics 4 2016 219-225 Contents lists available at GrowingScience Engineering Solid Mechanics homepage esm Changes in the topology of a concrete porous space in interactions with the external medium Yury Mikhaylovich Bazhenova Vladimir Trofimovich Erofeeva Vladimir Ivanovich Rimshinb Sergey Vitalyevich Markovb and Vladimir Leonidovich Kurbatovc a Mordovian . Ogariov State University Saransk Russia b Moscow State Construction University Yaroslavskoye Highway 26 Moscow 129337 Russia c North Caucasian branch of the federal government s budget educational institution of higher professional education quot Belgorod State Technological University VG Shukhov Zheleznovodskaya str. 24 Mineralnye Vody Stavropol Territory 357202 Russia A R T I C L EI N F O ABSTRACT Article history The article is devoted to some aspects of research of hostile environment influence on the Received 6 March 2016 concrete durability. The mechanism of formation of chaotically diversified difficult structure Accepted 27 May 2016 is described. Chemical interactions of cement with active components of diffusion in steam Available online space are examined. Measures for receiving conditions under which the volume of products of 28 May 2016 Keywords reaction will be equal to the volume of the reacted alkaline components of a cement stone are Corrosion offered. High-quality and quantitative changes in a pore space which are irrespective of Concrete density and the relative molecular mass of reaction products are described. Besides movement Capillary and distribution of gaseous products of reaction in volumes of a cement stone are simulated. Carbonization time Reasonable integrated dependences of influence of aggressive environment on various types Mathematical model of concrete surfaces are given. The methods of corrosion control offered in article allow substantially
