Publication result detail

Thermal stability of light atic roofs

ČUPROVÁ, D.; KLÍMOVÁ, S.; KALOUSEK, M.

Original Title

Thermal stability of light atic roofs

English Title

Thermal stability of light atic roofs

Type

Paper in proceedings (conference paper)

Original Abstract

The most favourable conditions of human thermo regulation are guaranteed by the optimum room temperature. These conditions are influenced not only by objective but also by some subjective factors. Convenient microclimate conditions have to be guaranteed in living rooms and in rooms which are determined for a permanent stay of people. This conditions have to be guaranteed in winter and also in summer period.Therefore the structures have to be designed of materials which have suitable physical property. The primary thermal claims are mentioned in ČSN 730540. One of the most important claims is the thermal stability of room and also the highest room temperature in summer period. Fulfilment of these claims shoud be guaranteed by suitable structural design of building so that there do not have to be used air-conditioning. The thermal stability of room is influenced by the size of windows and their orientation. The undesirable summer overheating can be prevented by reduction of window size, suitable shielding or a better choice of suitable glazing.

English abstract

The most favourable conditions of human thermo regulation are guaranteed by the optimum room temperature. These conditions are influenced not only by objective but also by some subjective factors. Convenient microclimate conditions have to be guaranteed in living rooms and in rooms which are determined for a permanent stay of people. This conditions have to be guaranteed in winter and also in summer period.Therefore the structures have to be designed of materials which have suitable physical property. The primary thermal claims are mentioned in ČSN 730540. One of the most important claims is the thermal stability of room and also the highest room temperature in summer period. Fulfilment of these claims shoud be guaranteed by suitable structural design of building so that there do not have to be used air-conditioning. The thermal stability of room is influenced by the size of windows and their orientation. The undesirable summer overheating can be prevented by reduction of window size, suitable shielding or a better choice of suitable glazing.

Keywords

summer overheating, thermal stability of room, light external wall, window, indoor microclimate, indoor temperature

Key words in English

summer overheating, thermal stability of room, light external wall, window, indoor microclimate, indoor temperature

Authors

ČUPROVÁ, D.; KLÍMOVÁ, S.; KALOUSEK, M.

RIV year

2010

Released

15.10.2008

Publisher

ASTERIAS Sp. z.o.o.

Location

Krakow, Polsko

ISBN

83-86161-12-4

Book

BUDOWNICTWO NISKOENERGETYCZNE - IX MIEDZYNARODOWE SEMINARIUM NAUKOWO-TECHNICZNE, ENERGODOM 2008

Pages from

65

Pages to

71

Pages count

7

BibTex

@inproceedings{BUT32809,
  author="Danuše {Čuprová} and Sylva {Bantová} and Miloš {Kalousek}",
  title="Thermal stability of light atic roofs",
  booktitle="BUDOWNICTWO NISKOENERGETYCZNE - IX MIEDZYNARODOWE SEMINARIUM NAUKOWO-TECHNICZNE, ENERGODOM 2008",
  year="2008",
  number="1",
  pages="65--71",
  publisher="ASTERIAS Sp. z.o.o.",
  address="Krakow, Polsko",
  isbn="83-86161-12-4"
}