The following research has been undertaken as a response to the recent controversy regarding the suitability of rammed earth wall construction as an effective building envelope. Empirical (in-situ) measurements of temperature and heat flux are taken on the walls of an existing rammed earth building in New South Wales, Australia. An analysis is performed which examines the influence of walls, floor, ceiling and windows on the recorded temperatures within the building. It appears that diffuse sky radiation transmitted by the windows is an important factor in the summer heat load, and that night time cooling coupled with thermal mass has a valuable conditioning effect.<br /
This paper describes research which investigates the thermal performance of Earthship, an autonomous...
This paper describes an experimental investigation of internal and external surface temperature vari...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
A 2100 m2 (GFA) two-storey rammed earth building was built on the Thurgoona campus of Charles Sturt ...
Purpose / Context - This paper will examine the predicted energy consumption (MJ/m2) of a resi-denti...
Buildings should be understood as a process that consumes energy in all their phases (design, constr...
A two-storey rammed earth building was built on the Thurgoona Campus of Charles Sturt University in ...
This paper presents results of a study to investigate the thermal performance of two existing houses...
Rammed earth is an ancient construction technique for monolithic walls which consists in compacting ...
The conducted research examines the thermal behaviour of the rammed earth walls, which is the basic ...
Rammed earth (RE) wall construction is perceived to carry extremely low embodied energy and have des...
The emergence of the new paradigm of sustainable construction related to the concern of excessive en...
This paper will examine the predicted Annual Energy Consumption (kWh/yr) of a commercial office buil...
This paper contains the findings of experimental research conducted to determine the effectiveness o...
The possibility of profiting from solar radiation through external walls was studied for an experime...
This paper describes research which investigates the thermal performance of Earthship, an autonomous...
This paper describes an experimental investigation of internal and external surface temperature vari...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
A 2100 m2 (GFA) two-storey rammed earth building was built on the Thurgoona campus of Charles Sturt ...
Purpose / Context - This paper will examine the predicted energy consumption (MJ/m2) of a resi-denti...
Buildings should be understood as a process that consumes energy in all their phases (design, constr...
A two-storey rammed earth building was built on the Thurgoona Campus of Charles Sturt University in ...
This paper presents results of a study to investigate the thermal performance of two existing houses...
Rammed earth is an ancient construction technique for monolithic walls which consists in compacting ...
The conducted research examines the thermal behaviour of the rammed earth walls, which is the basic ...
Rammed earth (RE) wall construction is perceived to carry extremely low embodied energy and have des...
The emergence of the new paradigm of sustainable construction related to the concern of excessive en...
This paper will examine the predicted Annual Energy Consumption (kWh/yr) of a commercial office buil...
This paper contains the findings of experimental research conducted to determine the effectiveness o...
The possibility of profiting from solar radiation through external walls was studied for an experime...
This paper describes research which investigates the thermal performance of Earthship, an autonomous...
This paper describes an experimental investigation of internal and external surface temperature vari...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...