The problem of thermal energy increased consumption for heating residential buildings is identified. The solution of this issue is to increase the thermal characteristics of enclosing wall structures by insulating them with effective heat-insulating materials. The results of a comparative analysis on the quality parameters of building materials used for building envelopes insulation are presented. The data of facade systems multilayer structures models’ thermal engineering calculation are given. The recommendations for ensuring safety and energy efficiency parameters during construction and installation work on the enclosing structures’ insulation are presented
This thesis is about comparing of different thermal insulation materials of different manufactures. ...
Attention towards the thermal performance of building materials, particularly thermal insulation sys...
A new parameter e (0<=e<=1), called coefficient of performance, is introduced, whose value quantifie...
The problem of thermal energy increased consumption for heating residential buildings is identified....
The article presents recommendations for assessing the heat and energy efficiency of a design soluti...
Execution of thermal insulation for enclosing structures of residential properties is a sophisticate...
This article discusses various types of energy efficient thermal insulation materials. The energy ef...
Subject: multi-layer building envelope is the subject of the paper. Recently, in the context of ener...
In article results of research of versions of offered types of heaters on the basis of products from...
Abstract. Bearing in mind the fact that during the design and construction of the additional stories...
The energy consumption of a building is strongly dependent on the characteristics of its envelope. T...
At this time, the solution to the problem of energy use, namely: energy conservation and energy effi...
Problems and disadvantages of some technical solutions concerning modern heat efficient exterior wal...
Currently, when calculating the heat-shielding qualities of external enclosing structures, the abili...
The refurbishment of building opaque envelope represents an important approach for the reduction in ...
This thesis is about comparing of different thermal insulation materials of different manufactures. ...
Attention towards the thermal performance of building materials, particularly thermal insulation sys...
A new parameter e (0<=e<=1), called coefficient of performance, is introduced, whose value quantifie...
The problem of thermal energy increased consumption for heating residential buildings is identified....
The article presents recommendations for assessing the heat and energy efficiency of a design soluti...
Execution of thermal insulation for enclosing structures of residential properties is a sophisticate...
This article discusses various types of energy efficient thermal insulation materials. The energy ef...
Subject: multi-layer building envelope is the subject of the paper. Recently, in the context of ener...
In article results of research of versions of offered types of heaters on the basis of products from...
Abstract. Bearing in mind the fact that during the design and construction of the additional stories...
The energy consumption of a building is strongly dependent on the characteristics of its envelope. T...
At this time, the solution to the problem of energy use, namely: energy conservation and energy effi...
Problems and disadvantages of some technical solutions concerning modern heat efficient exterior wal...
Currently, when calculating the heat-shielding qualities of external enclosing structures, the abili...
The refurbishment of building opaque envelope represents an important approach for the reduction in ...
This thesis is about comparing of different thermal insulation materials of different manufactures. ...
Attention towards the thermal performance of building materials, particularly thermal insulation sys...
A new parameter e (0<=e<=1), called coefficient of performance, is introduced, whose value quantifie...