AbstractValues of water vapour resistance factor (μ-value) are one of crucial parameters for numerical modelling in building physics. To obtain a reliable μ-value is not so straight forward and requires good measurement equipment and skills. This paper at first briefly introduces a cup test which is commonly used method for evaluation of μ-values. Consequently a new test cups made out of fiberglass were tested regarding their vapour tightness as well as different sealant materials. Additionally the μ-values of three types of gypsum plasterboards were evaluated and data compared with values from other material databases. A good agreement of measured data was achieved
The objective of this thesis aimed (1) to evaluate the effectiveness of the existing test methods us...
The successful application of modern hygrothermal simulation models to building envelopes requires a...
Hygrothermal modelling is increasingly used to inform building envelope design. A key input for thes...
AbstractValues of water vapour resistance factor (μ-value) are one of crucial parameters for numeric...
Water vapor permeability of building materials is usually measured using dry cup test according to t...
AbstractThere are many significant historic buildings of our national heritage in the Czech Republic...
WOS:000367635900039International audienceThis paper focuses on the measurement of the apparent vapou...
With an increasing interest for dynamic hygrothermal calculation models for short time periods, ther...
Water vapor transmission (WVT) through building materials are determined experimentally using dry cu...
The water vapour permeability is a material property used in calculations of the hygrothermal perfor...
AbstractThis paper investigates the influence of pre-conditioning methods in the cup test on the res...
The method of identification of the water vapour permeability resistance of finishing layers of comp...
A novel test setup and procedure to measure the vapour diffusion resistance of building materials an...
Hygric properties of porous building materials are important for hygrothermal analysis. Their experi...
Due to increasingly stringent requirements, tapes and adhesive joints are a commonly used method to ...
The objective of this thesis aimed (1) to evaluate the effectiveness of the existing test methods us...
The successful application of modern hygrothermal simulation models to building envelopes requires a...
Hygrothermal modelling is increasingly used to inform building envelope design. A key input for thes...
AbstractValues of water vapour resistance factor (μ-value) are one of crucial parameters for numeric...
Water vapor permeability of building materials is usually measured using dry cup test according to t...
AbstractThere are many significant historic buildings of our national heritage in the Czech Republic...
WOS:000367635900039International audienceThis paper focuses on the measurement of the apparent vapou...
With an increasing interest for dynamic hygrothermal calculation models for short time periods, ther...
Water vapor transmission (WVT) through building materials are determined experimentally using dry cu...
The water vapour permeability is a material property used in calculations of the hygrothermal perfor...
AbstractThis paper investigates the influence of pre-conditioning methods in the cup test on the res...
The method of identification of the water vapour permeability resistance of finishing layers of comp...
A novel test setup and procedure to measure the vapour diffusion resistance of building materials an...
Hygric properties of porous building materials are important for hygrothermal analysis. Their experi...
Due to increasingly stringent requirements, tapes and adhesive joints are a commonly used method to ...
The objective of this thesis aimed (1) to evaluate the effectiveness of the existing test methods us...
The successful application of modern hygrothermal simulation models to building envelopes requires a...
Hygrothermal modelling is increasingly used to inform building envelope design. A key input for thes...