AbstractBesides having positive impact on sustainable development, natural building materials also have technical properties comparable with standard materials and important additional qualities. This article focuses on thermal, moisture and biological properties of thermal insulating materials based on vegetal and animal fibres.There is a lack of data regarding natural building materials and furthermore the properties of these types of materials can be site-dependent. Therefore the natural insulating materials have been tested for thermal, moisture and biological properties. In the research array, there were following materials: treated sheep wool, raw sheep wool, wood fibre, hemp, flax, straw bale and compressed straw panel. The main exam...
Thermal insulation materials based on natural fibers represent a very promising area of materials ba...
The presented work investigates the mechanisms of propagation of heat and moisture in the structure ...
International audienceThis chapter gives the state of the art of previous studies on hygric and ther...
AbstractBesides having positive impact on sustainable development, natural building materials also h...
AbstractRecently, materials based on secondary raw materials have been the focus of attention of bui...
The aim of this paper is to propose ecological thermal insulation materials that meet the goals of s...
Natural, or ‘green’ insulation materials, have become more popular for the ‘ecologisation’ of constr...
The development and application of bio-based insulation materials can contribute to the minimization...
International audienceThe movement of heat, air, and moisture through the buildings are related to t...
To meet national and international emission targets, the Swedish building sector needs to drasticall...
The content of this work is to describe the transport of heat and moisture in thermal insulation mat...
The majority of contemporary insulation materials commonly used in the building industry is made fro...
The development of new thermal insulation materials needs to evaluate properties and structure of ra...
Bio-based insulation materials (such as wood or hemp) are emerging as a promising alternative in bui...
AbstractThermal insulation materials based on natural fibres are some of the promising materials tha...
Thermal insulation materials based on natural fibers represent a very promising area of materials ba...
The presented work investigates the mechanisms of propagation of heat and moisture in the structure ...
International audienceThis chapter gives the state of the art of previous studies on hygric and ther...
AbstractBesides having positive impact on sustainable development, natural building materials also h...
AbstractRecently, materials based on secondary raw materials have been the focus of attention of bui...
The aim of this paper is to propose ecological thermal insulation materials that meet the goals of s...
Natural, or ‘green’ insulation materials, have become more popular for the ‘ecologisation’ of constr...
The development and application of bio-based insulation materials can contribute to the minimization...
International audienceThe movement of heat, air, and moisture through the buildings are related to t...
To meet national and international emission targets, the Swedish building sector needs to drasticall...
The content of this work is to describe the transport of heat and moisture in thermal insulation mat...
The majority of contemporary insulation materials commonly used in the building industry is made fro...
The development of new thermal insulation materials needs to evaluate properties and structure of ra...
Bio-based insulation materials (such as wood or hemp) are emerging as a promising alternative in bui...
AbstractThermal insulation materials based on natural fibres are some of the promising materials tha...
Thermal insulation materials based on natural fibers represent a very promising area of materials ba...
The presented work investigates the mechanisms of propagation of heat and moisture in the structure ...
International audienceThis chapter gives the state of the art of previous studies on hygric and ther...