The paper presents solution for a steel-concrete composite beam structure. The connectors
were executed from sections of a non-weldable top-hat profile 80× 85× 3 made of S235 …

A well-insulated, airtight, thermal bridge free building envelope is a key factor for nearly zero
energy buildings (nZEB). However, increased insulation thickness and minimised air …

Background: Although many works focus on increasing the energy efficiency of buildings,
there are still a number of problems that need to be solved, such as reducing heat losses at …

The interest in zero-energy buildings has increased in Korea recently. Following the
significant increases in cooling and lighting energy consumption in offices, various studies …

The paper contains a numerical analysis of a steel-concrete composite beam with a
composite dowel. The connector is a contoured part of the web in a half of the steel section …

This paper addresses the Finite Element (FE) homogenization of the Effective Thermal
Conductivities (ETCs) of the Composites with Imperfect Interfaces (CIIs). To model the …

The interest in zero energy buildings is increasing in South Korea. Zero energy buildings
need to save energy by using passive technology. The window performance is important to …

The article presents the possibility of using a mass collector-storage wall (CSW), integrated
into the structure of a building with a light skeleton structure. The considered system is a …

External walls have a great influence on the thermal and humidity conditions in buildings as
well as on the possibility of reducing energy consumption. While the structural and material …

In the paper, some issues of choosing composite materials for window mounting elements in
thermal insulation is presented. To eliminate places where significant heat losses occur, it is …