Climate change could have a significant impact on buildings if its effects are not properly
recognized. The consequences of climate action should be considered at the design and …

The identification of the main degradation agents and knowledge of the degradation
mechanisms and long-term performance of ETICSs are of fundamental importance for the …

Abstract External Thermal Insulation Composite Systems (ETICS) are frequently used to
enhance the energy efficiency of the built environment. However, stains of presumable …

To reach European climate neutrality by 2050, the strategic importance of retrofitting the
existing building stock is clear. For this scope, thermal rendering systems have emerged as …

Abstract External Thermal Insulation Composite Systems (ETICS) are multilayer solutions
which provide an enhanced thermal performance to the building envelope. However …

This study evaluated the durability of three innovative multilayer insulation systems
incorporating thermal mortars with EPS aggregates and silica aerogel granules after …

Multilayer external wall thermal insulation systems are widely used in new constructions and
for the retrofitting of building façades. Despite the increasing use as constructive solution …

The embedded hygrothermal environment of cultural heritages (solar radiation, temperature,
humidity, etc.) plays a significant role in their conservation and survival, especially in the …

Preventing environmental degradation and climate changes are some of the primary
challenges of our civilization. Changes to the construction sector, which consumes vast …

Fiber-reinforced polymer matrix composites during engineering applications can be
influenced by critical environmental conditions (eg, water and temperature), probably …