The article discusses wall enclosing structures based on light steel thin-walled structures using mineral wool as a heater. The aim of this work is to determine the most energy-efficient building envelope. For this, two types of steel profile were chosen: thermal profile and thin-walled steel profile. Based on heat engineering calculations, the values of their resistance to heat transfer were obtained. The analysis of the calculations revealed the most energy-efficient design
Execution of thermal insulation for enclosing structures of residential properties is a sophisticate...
At this time, the solution to the problem of energy use, namely: energy conservation and energy effi...
One of the most important parameters when it comes to heat losses in buildings is the thermal transm...
Lightweight steel-framed (LSF) construction, given its advantages, has the potential to reach high s...
The article presents numerical thermal analysis of the vertical external partitions made in the ligh...
Subject: multi-layer building envelope is the subject of the paper. Recently, in the context of ener...
The thermal performance of lightweight steel framed (LSF) facade walls depends on many factors, such...
jen.sagepub.com Lightweight steel-framed thermal bridges mitigation strategies: A parametric study C...
Given the great influence of the thermal transmittance of the building envelope on the overall therm...
Thermal bridges are a very relevant issue for lightweight steel-framed (LSF) construction systems gi...
In wall construction, highly conductive members spaced along the wall, which allow higher heat trans...
Considered is the solution to the problem of choosing an economical option for the construction of l...
This paper presents a study on the application of lightweight steel framed (LSF) construction system...
The article presents the results of study the shell for energy-efficient environmental low-rise resi...
The article discusses the results of studying the thermotechnical properties and energy saving facto...
Execution of thermal insulation for enclosing structures of residential properties is a sophisticate...
At this time, the solution to the problem of energy use, namely: energy conservation and energy effi...
One of the most important parameters when it comes to heat losses in buildings is the thermal transm...
Lightweight steel-framed (LSF) construction, given its advantages, has the potential to reach high s...
The article presents numerical thermal analysis of the vertical external partitions made in the ligh...
Subject: multi-layer building envelope is the subject of the paper. Recently, in the context of ener...
The thermal performance of lightweight steel framed (LSF) facade walls depends on many factors, such...
jen.sagepub.com Lightweight steel-framed thermal bridges mitigation strategies: A parametric study C...
Given the great influence of the thermal transmittance of the building envelope on the overall therm...
Thermal bridges are a very relevant issue for lightweight steel-framed (LSF) construction systems gi...
In wall construction, highly conductive members spaced along the wall, which allow higher heat trans...
Considered is the solution to the problem of choosing an economical option for the construction of l...
This paper presents a study on the application of lightweight steel framed (LSF) construction system...
The article presents the results of study the shell for energy-efficient environmental low-rise resi...
The article discusses the results of studying the thermotechnical properties and energy saving facto...
Execution of thermal insulation for enclosing structures of residential properties is a sophisticate...
At this time, the solution to the problem of energy use, namely: energy conservation and energy effi...
One of the most important parameters when it comes to heat losses in buildings is the thermal transm...