This paper presents results of a study to investigate the thermal performance of two existing houses that use rammed earth as the sole wall material and compare it with the performance of a house using insulated rammed earth walls. Indoor temperatures of the houses were hourly monitored and the monitoreddata were used to calibrate the simulation models. he results show that in summer, the uninsulated rammed earth houses have similar performance to the insulated rammed earth house; however, without using any heater, the uninsulated houses could be cooler as much as 5 degrees hence potentially would use more energy.Veronica Soebart
The use of earth as a building material dates back to the beginning of our civilization. In the Sout...
The constructive solutions characteristic of vernacular architecture are the result of the convergen...
Different building materials respond differently to climatic conditions due to their inherent proper...
Nowadays, many assumptions hold that returning to rammed earth construction could be a solution to t...
Rammed earth (RE) wall construction is perceived to carry extremely low embodied energy and have des...
Purpose / Context - This paper will examine the predicted energy consumption (MJ/m2) of a resi-denti...
The conducted research examines the thermal behaviour of the rammed earth walls, which is the basic ...
In a world context focused on energy efficiency and sustainable construction, returning to the use o...
The climate crisis is one of the most important problems today. In the process of human building, th...
Rammed earth is an ancient construction technique for monolithic walls which consists in compacting ...
The following research has been undertaken as a response to the recent controversy regarding the sui...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
This paper describes research which investigates the thermal performance of Earthship, an autonomous...
Vernacular architecture has developed several passive strategies to respond to specific climate cond...
The use of earth as a building material dates back to the beginning of our civilization. In the Sout...
The constructive solutions characteristic of vernacular architecture are the result of the convergen...
Different building materials respond differently to climatic conditions due to their inherent proper...
Nowadays, many assumptions hold that returning to rammed earth construction could be a solution to t...
Rammed earth (RE) wall construction is perceived to carry extremely low embodied energy and have des...
Purpose / Context - This paper will examine the predicted energy consumption (MJ/m2) of a resi-denti...
The conducted research examines the thermal behaviour of the rammed earth walls, which is the basic ...
In a world context focused on energy efficiency and sustainable construction, returning to the use o...
The climate crisis is one of the most important problems today. In the process of human building, th...
Rammed earth is an ancient construction technique for monolithic walls which consists in compacting ...
The following research has been undertaken as a response to the recent controversy regarding the sui...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
Rammed earth is considered a very sustainable construction system due to its low embodied energy, lo...
This paper describes research which investigates the thermal performance of Earthship, an autonomous...
Vernacular architecture has developed several passive strategies to respond to specific climate cond...
The use of earth as a building material dates back to the beginning of our civilization. In the Sout...
The constructive solutions characteristic of vernacular architecture are the result of the convergen...
Different building materials respond differently to climatic conditions due to their inherent proper...