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GREEN BUILDINGS TECHNOLOGIES AND MATERIALS

- Ecological, inorganic and regenerative building materials. Low carbon buildings.
- Recycling technologies of the building materials waste.
- Low power consumption technologies of the building materials and construction production.
- Insulation technologies and thermal insulation building materials
- Renewable energy materials in construction production.
- Ecological building and environmental planning. New building materials.
- Energy-saving and environmental protection technologies in architectural planning, design, construction applications and rebuilt processes.
- Control technologies of construction energy.
- Agricultural by product used in constructions.
- Monitoring and Control technologies in construction production.

Articles in this section


TECHNICAL INFRASTRUCTURE RECOVERY IN URBANIZED AREA (Papers SGEM2018)

N. Szeligova, M. Teichmann, E.Spackova
Thursday 11 October 2018 by Libadmin2018
ABSTRACT Applying sustainable development principles interferes with various spheres of human life. The greatest attention is paid to housing, transport, health protection, pollution, etc., i.e. areas noticeable by ordinary residents. Less emphasis is placed on the area of sustainable (...)


THE DAYLIGHT EFFECT ON THE VARIATION OF ARTIFICIAL LIGHTING BASED ON LED TECHNOLOGY (Papers SGEM2018)

A. Manolescu, M. Husch
Thursday 11 October 2018 by Libadmin2018
ABSTRACT Daylight controls our natural biorhythm, influences our mood, has an important effect on how we feel and has an essential role in creating a healthy workplace. In most cases, daylight is not enough for reach the levels of illumination appropriate to the normal operation and we use (...)


THE EFFECT OF RECYCLED BLAST FURNACE SLAG WASTE ON THE CHARACTERISTICS AND DURABILITY OF CEMENT-BASED MORTARS (Papers SGEM2018)

L. M. Nicula, O. Corbu, M. Iliescu
Thursday 11 October 2018 by Libadmin2018
ABSTRACT This paper focuses on a study regarding the use of waste in constructions: such as blast furnace slag from ironworks, as a by-product of the iron oxide reduction reactions by carbon monoxide resulting from coke burning. The slag is used in cement-based mortar mixtures under two (...)


THE EFFECT OF TIO2 ON THE PROPERTIES OF CEMENTIOUS COMPOSITE MATERIALS –THE CURRENT STATE-OF-THE ART (Papers SGEM2018)

A. Hegyi, A. Lazarescu, C. Dico, H. Szilagyi
Thursday 11 October 2018 by Libadmin2018
ABSTRACT Nowadays, raised awareness about the importance of sustainability and also the environmental impact of using concrete in the construction industry has led to numerous studies on how to create an environmental friendly material, with self-cleaning properties and how to possibly use it (...)


THE IMPACT OF NIGHT-TIME PRE-COOLING ON THERMAL COMFORT IN A FAMILY HOUSE (Papers SGEM2018)

M. Kovac, K. Kovacova
Thursday 11 October 2018 by Libadmin2018
ABSTRACT The content of paper is theoretical case study of family house where the impact of night pre-cooling on operative temperature is analysed. The living space under pitched roof was selected for case study purposes. There are compared two types of building constructions. On the one hand (...)


THE INFLUENCE OF MAGNETITE CONCENTRATE ON WEAR RESISTANCE OF CEMENT MORTARS AND CONCRETES (Papers SGEM2018)

J. Borucka-Lipska, M. Techman
Thursday 11 October 2018 by Libadmin2018
ABSTRACT Sustainable Development Strategy is a policy established for the purpose of environmental protection. The strategy includes several policies which can be applied to designing, construction or building materials. The idea of performance concept states that one should optimize the (...)


THE INFLUENCE OF TIO2 NANOPARTICLES ON THE PROPERTIES OF SELF-CLEANING CEMENT MORTAR (Papers SGEM2018)

M. Kaszynska, N. Olczyk
Thursday 11 October 2018 by Libadmin2018
ABSTRACT A new trend in concrete technology is to introduce photocatalytic concrete, also known as a self-cleaning concrete. This technology is based on the addition of TiO2 (titanium dioxide) to concrete mixes. Photocatalytic activity of TiO2 and its hydrophilic properties make it suitable (...)


THE RESEARCH OF PROPERTIES OF COMPOSITE MATERIALS BASED ON PLASTER WITH REINFORCEMENT OF NATURAL FIBRES (Papers SGEM2018)

M. Hostalkova, N. Vavrinova, V. Longauerova
Thursday 11 October 2018 by Libadmin2018
ABSTRACT The plaster is one of the most often used materials in the civil engineering. It is applied in the form of plasterboards without any reinforcement, for example, cladding boards are unusable as supporting construction. To improve the mechanical properties of plasterboards, fibrous (...)


THERMAL ANALYSIS OF GYPSUM-BASED COMPOSITES WITH THE SILICA FUME ADMIXTURE (Papers SGEM2018)

D. Dobias, M. Dolezelova, S. Rehacek, J. Kolisko
Thursday 11 October 2018 by Libadmin2018
ABSTRACT The ternary gypsum-based mortar, composed of gypsum, hydrated lime, silica fume, and standard sand was investigated. The system gypsum-lime- silica fume was prepared in order to improve the resistance of gypsum-based materials against water. The silica fume, as a pozzolan admixture, (...)


USE OF INDUSTRIAL WASTE IN THE PRODUCTION OF FOAM CONCRETE BASED ON SLAG PORTLAND CEMENT (Papers SGEM2018)

S. Samchenko, I. Kozlova, O. Zemskova
Thursday 11 October 2018 by Libadmin2018
ABSTRACT In the production of metallurgical products, large amounts of waste are generated, which occupy significant areas and pollute the air, water and soil with toxic compounds. However, such wastes contain many valuable elements that can improve the operational properties of construction (...)


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