Publication result detail

Computation analysis of hygrothermal performance of renovation renders

KOČÍ, J.; KOČÍ, V.; MADĚRA, J.; ČERNÝ, R.; ROVNANÍKOVÁ, P.

Original Title

Computation analysis of hygrothermal performance of renovation renders

English Title

Computation analysis of hygrothermal performance of renovation renders

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

A combined computational-experimental approach for service life estimate of surface layers of historical building made from renovation renders is presented in the paper. The exoerimental part is aimed at estimation of the durability of two commercial systems of double layered renovation renders in terms of their frost resistance. The computional part includes calculation of number of freeze-thaw cycles that occur in surface layers during a reference year.

English abstract

A combined computational-experimental approach for service life estimate of surface layers of historical building made from renovation renders is presented in the paper. The exoerimental part is aimed at estimation of the durability of two commercial systems of double layered renovation renders in terms of their frost resistance. The computional part includes calculation of number of freeze-thaw cycles that occur in surface layers during a reference year.

Keywords

service life estimate, renovation renders, heat and moisture transport, experimental analysis

Key words in English

service life estimate, renovation renders, heat and moisture transport, experimental analysis

Authors

KOČÍ, J.; KOČÍ, V.; MADĚRA, J.; ČERNÝ, R.; ROVNANÍKOVÁ, P.

RIV year

2012

Released

01.01.2010

ISBN

1743-3533

Periodical

WIT Transactions on Engineering Sciences

Volume

2010

Number

68

State

United Kingdom of Great Britain and Northern Ireland

Pages from

267

Pages to

277

Pages count

11

BibTex

@article{BUT90214,
  author="KOČÍ, J. and KOČÍ, V. and MADĚRA, J. and ČERNÝ, R. and ROVNANÍKOVÁ, P.",
  title="Computation analysis of hygrothermal performance of renovation renders",
  journal="WIT Transactions on Engineering Sciences",
  year="2010",
  volume="2010",
  number="68",
  pages="267--277",
  issn="1743-3533"
}