A special focus of this chapter is directed into assessing the performance of facades along the service life of the building. Influence of biotic and abiotic factors and their effect on materials physical and aesthetical properties are discussed. Principles of protection by design and their role in building performance during use phase are briefly introduced. Various approaches for the prediction of service life performance are supported with real case study data
This chapter presents a selection of biomaterials identified by industry and academia as superior fo...
Façade claddings, as the outer protection layer of the building’s envelope, are directly exposed to...
The construction of buildings and their operation have extensive direct and indirect impacts on the ...
The façades are important element of the building since are influencing its comfort, safety and aest...
The reliability of service life prediction of building components strongly affects the effectiveness...
This chapter presents a portfolio of building materials suitable for facades. It describes the relat...
In the present world economic situation, the resources directed to the maintenance of buildings are ...
Considerable work has been carried out in the area of service life prediction as requisite tools for...
Buildings and building components service life are vital information in a design process because mos...
The lifespan of building components plays an essential role in maintenance planning and any other su...
Service Life Prediction is necessary to evaluate Life Cycle Costs and Life Cycle Assessment for a su...
The world today is struggling with several problems concerning the environment to which the building...
Service life prediction assumes a primary role as it allows a more rational use of construction elem...
This chapter presents several successful examples of biomaterial facade design. It discusses facade ...
The service life of cement-rendered facades is closely related to the environmental conditions that ...
This chapter presents a selection of biomaterials identified by industry and academia as superior fo...
Façade claddings, as the outer protection layer of the building’s envelope, are directly exposed to...
The construction of buildings and their operation have extensive direct and indirect impacts on the ...
The façades are important element of the building since are influencing its comfort, safety and aest...
The reliability of service life prediction of building components strongly affects the effectiveness...
This chapter presents a portfolio of building materials suitable for facades. It describes the relat...
In the present world economic situation, the resources directed to the maintenance of buildings are ...
Considerable work has been carried out in the area of service life prediction as requisite tools for...
Buildings and building components service life are vital information in a design process because mos...
The lifespan of building components plays an essential role in maintenance planning and any other su...
Service Life Prediction is necessary to evaluate Life Cycle Costs and Life Cycle Assessment for a su...
The world today is struggling with several problems concerning the environment to which the building...
Service life prediction assumes a primary role as it allows a more rational use of construction elem...
This chapter presents several successful examples of biomaterial facade design. It discusses facade ...
The service life of cement-rendered facades is closely related to the environmental conditions that ...
This chapter presents a selection of biomaterials identified by industry and academia as superior fo...
Façade claddings, as the outer protection layer of the building’s envelope, are directly exposed to...
The construction of buildings and their operation have extensive direct and indirect impacts on the ...
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