Postrekvizity: the knowledge gained in the discipline Chemistry needed for the study of the following courses :
SM 2.2.14 Construction Materials
Prerequisites: "Mathematics 1 " , "Physics" , "Chemistry" .
The purpose of the discipline: formation of students' ideas about the functional relationship of material and de-
sign , predetermining the choice and optimization of material properties on the basis of purpose , durability, and
operating conditions of structures
Summary: . Introduction . The relationship of composition, structure and properties of the material . Natural stone
materials and raw materials for production of building materials from rocks . Materials obtained by heat treatment
of mineral raw materials . Ceramic materials . Materials based on mineral melts. Glass. Metallic materials . Metal ,
plastic pipes . The inorganic binders . Air binders .Hydraulic binders Building materials based on inorganic binders
. Concretes . Lightweight concretes and mortars . Building material based on organic raw materials . Materials of
the timber. Bitumen and tar. Building materials for special applications. Waterproofing , sealants and roofing mate-
rials . Thermal insulation and refractory materials . Polymeric materials .
Expected resultsknowledge of materials - as a system of material elements - design, ensuring the effective func-
tioning of building components and structures with a given reliability and security ; competence in the selection ,
operation and evaluation of building materials , products and designs in the field of professional interests .
The student should know : -Main trends in the development and production of construction materials ;
-Technology - economic importance of saving material, labor and energy resources in the application of building
materials and products ;
-vzaimnost composition, structure and properties of the material , the principles of quality assessment indicators ;
- The range of building products and constructions , properties of materials used for their manufacture , the ap-
pointment ;
- The relative efficacy of products for the functional purpose of the various materials ;
the defining influence of quality materials for durability and reliability of building products and constructions ,
methods to protect them from various types of corrosion ;
- New types of efficient materials , products and structures .
The student should be able to - Implement the acquired knowledge and skills in production and project activities;
- To choose the right materials to ensure the required reliability, safety, economy and efficiency of products, struc-
tures, constructions;
- Make a conclusion about the state of building structures building on the results of the survey and to perform pro-
cessing of the results;
-analizirovat conditions of the external environment on the materials in constructions and structures, using standard
documents, to determine the degree of aggressiveness of the environment in the selection of materials;
-sets material requirements for designation, functional performance characteristics;
- Select the appropriate material for constructions and products for use in specified conditions , using a variant
method of valuation;
- Perform tests on building materials by standard methods ;
- Identify context and interpret the information to apply innovative construction materials in professional practice .
Postrekvizity:Modules disciplines "Organization of water management works and technology", " Technology of
building production ", " Industrial water supply and sewerage ", " Hydroeconomic design ", " Reconstruction of
building systems "
MGS 2214 Materials for hydraulic engineering
Prerequisites: "Mathematics 1 " , "Physics" , "Chemistry" .
The purpose of the discipline: дисциплины: formation of professional competence in the reasonable choice of
building materials, products designs during the design work to ensure the safety operation of construction products
and designs and in the assessment of building components and structures used in water supply systems and facili-
ties , drainage and hydraulic engineering .
Summary: The properties of construction materials. Hydrophysical properties of construction materials. Rocks -
as raw material for the production of building materials. Natural stone materials for hydraulic engineering . Metals
and alloys used in the construction . Articles made of metal for water and wastewater systems . Hydraulic binders .
Portland cement , Portland cement varieties . Types cements. Concrete : types , structures , properties , applica-
tions. Concretes for hydraulic structures and structures in monolithic technology. Prefabricated concrete and rein-
forced concrete products and structures for the construction of structures and water systems and hydraulic engi-
neering. Asbestos cement, asbestos-cement products. Ceramics. Ceramic products for water and wastewater sys-
tems. Glass, glass ceramics, glass products for composite materials. Organic binders: bitumen, tar, polymers, wa-
terproofing and sealing materials. Composite materials and products. Materials and activities corrosion protection
Expected results: knowledge of materials - as a system of material elements - design, ensuring the effective
functioning of building components and structures with a given reliability and security ; competence in the selec-
tion , operation and evaluation of building materials , products and designs in the field of professional interests .
The student should know:- The main trends in the production of building materials and constructions for water
systems and hydraulic structures ;
- Technological principles of production in the aspect of formation properties and reasonable use of building mate-
rials with effective rates of functional hydro-physical and other performance properties ;
