Add to ORKGRetrofitting historic timber-framed buildings is a complex challenge, but one which must be addressed in order to ensure the future of a large part of the UK’s housing stoc
In the UK, housing has been identified as a significant sector for contributing to the 80% reduction...
The retrofit of entire building stocks is a key policy objective at EU and UK level, not least to he...
Structural retrofit of existing buildings for reuse remained one of the key steps toward decarbonisa...
Retrofitting historic timber-framed buildings is a complex challenge, but one which must be addresse...
As we aim to improve the performance of our existing building stock, both to reduce carbon emissions...
This thesis has quantified that approximately 68,000 examples of timber-framed buildings, built pre-...
In line with its aim to decarbonize the EU’s building stock by 2050, the May 2018 amendment to the E...
Monitoring timber-framed buildings reveals the importance of a holistic approach when considering th...
Considering the spontaneous growth in retrofitting practices, existing buildings, particularly those...
Purpose of this paper: The energy retrofit of the existing building stock, and specifically the ther...
The historic built environment has a fundamental role to play in the future of our cities. It has be...
– Well intentioned modifications to traditional buildings can potentially be detrimental if the full...
The body of scientific research corroborates that reducing energy consumption alongside other enviro...
What are the opportunities and challenges for upscaling the energy retrofit of heritage buildings? H...
Existing buildings play a key role in the achievement of the ambitious energy saving and greenhouse ...
In the UK, housing has been identified as a significant sector for contributing to the 80% reduction...
The retrofit of entire building stocks is a key policy objective at EU and UK level, not least to he...
Structural retrofit of existing buildings for reuse remained one of the key steps toward decarbonisa...
Retrofitting historic timber-framed buildings is a complex challenge, but one which must be addresse...
As we aim to improve the performance of our existing building stock, both to reduce carbon emissions...
This thesis has quantified that approximately 68,000 examples of timber-framed buildings, built pre-...
In line with its aim to decarbonize the EU’s building stock by 2050, the May 2018 amendment to the E...
Monitoring timber-framed buildings reveals the importance of a holistic approach when considering th...
Considering the spontaneous growth in retrofitting practices, existing buildings, particularly those...
Purpose of this paper: The energy retrofit of the existing building stock, and specifically the ther...
The historic built environment has a fundamental role to play in the future of our cities. It has be...
– Well intentioned modifications to traditional buildings can potentially be detrimental if the full...
The body of scientific research corroborates that reducing energy consumption alongside other enviro...
What are the opportunities and challenges for upscaling the energy retrofit of heritage buildings? H...
Existing buildings play a key role in the achievement of the ambitious energy saving and greenhouse ...
In the UK, housing has been identified as a significant sector for contributing to the 80% reduction...
The retrofit of entire building stocks is a key policy objective at EU and UK level, not least to he...
Structural retrofit of existing buildings for reuse remained one of the key steps toward decarbonisa...