A new class of thermally insulating, structural concrete was designed and developed in-house. This was carried out by the fusion of current concrete/ mortar technology with aerogel granulates in an effort to produce a lean wall with both strength and thermally insulating properties. The target of this work is to achieve a material which has a compressive strength of 20 MPa, with a corresponding thermal conductivity as low as 0.1–0.2 W/(mK). Due to the Knudsen effect, aerogel decreased the thermal conductivity of the composites, but at the drastic expense of structural properties arising from its inherent brittleness and the development of gap spaces between the hydrophobichydrophilic interface of aerogel and concrete. Optimization of the mi...
Alkali-activated concrete (AAC) could be a solution to use a cement-less binder and recycled materia...
In order to reduce energy usage for heating, conventional practices suggests that, a building must b...
This research focuses on the possibility of constituting a more sustainable lightweight concrete, M...
A new class of thermally insulating, structural concrete was designed and developed in-house. This w...
The Institute for Structural Concrete (ISC) at the University of Duisburg-Essen developed in coopera...
Current massive wall-building materials can be characterized by having either low thermal conductivi...
AbstractCurrent massive wall-building materials can be characterized by having either low thermal co...
none3siThe aim of many current studies regarding building envelopes is the improvement of their ther...
Lightweight concretes with thermal insulation properties and good compressive strength can be produc...
Purpose: The purpose is to research the following topic: “Thermal insulating concrete; a state of th...
Cities or towns are having a higher temperature compared to the rural area and it is known as urban ...
We describe a new high performance aerogel loaded concrete, HPAC, that give architects a new freedom...
The objective of this work revolves around the search for a new lightweight concrete formula based o...
The aim of many current studies regarding building envelopes is the improvement of their thermal res...
Tropical outdoor environment affects indoor temperature that consecutively interferes with human the...
Alkali-activated concrete (AAC) could be a solution to use a cement-less binder and recycled materia...
In order to reduce energy usage for heating, conventional practices suggests that, a building must b...
This research focuses on the possibility of constituting a more sustainable lightweight concrete, M...
A new class of thermally insulating, structural concrete was designed and developed in-house. This w...
The Institute for Structural Concrete (ISC) at the University of Duisburg-Essen developed in coopera...
Current massive wall-building materials can be characterized by having either low thermal conductivi...
AbstractCurrent massive wall-building materials can be characterized by having either low thermal co...
none3siThe aim of many current studies regarding building envelopes is the improvement of their ther...
Lightweight concretes with thermal insulation properties and good compressive strength can be produc...
Purpose: The purpose is to research the following topic: “Thermal insulating concrete; a state of th...
Cities or towns are having a higher temperature compared to the rural area and it is known as urban ...
We describe a new high performance aerogel loaded concrete, HPAC, that give architects a new freedom...
The objective of this work revolves around the search for a new lightweight concrete formula based o...
The aim of many current studies regarding building envelopes is the improvement of their thermal res...
Tropical outdoor environment affects indoor temperature that consecutively interferes with human the...
Alkali-activated concrete (AAC) could be a solution to use a cement-less binder and recycled materia...
In order to reduce energy usage for heating, conventional practices suggests that, a building must b...
This research focuses on the possibility of constituting a more sustainable lightweight concrete, M...