Macro-encapsulated phase change material (PCM) lightweight aggregates (ME-LWA) were produced and evaluated for their mechanical and thermal properties in road engineering applications. The ME-LWAs were first characterised in terms of their physical and geometrical properties. Then, the ME-LWAs were investigated in detail by applying the European Standards of testing for the Bulk Crushing Test and the Polished Stone Value (PSV) coefficient as well as Micro-Deval and laboratory profilometry. In addition, the thermal performance for possible construction of smart pavements with the inclusion of ME-LWAs for anti-ice purposes was determined. The crushing resistance of the ME-LWAs was improved, while their resistance to polishing was reduced. The...
The mechanical and thermal properties of a novel 3D-printed macro-encapsulation method for Phase Cha...
Macro-encapsulated aggregates (ME-LWAs) consisting of expanded clay lightweight aggregates (LWAs) im...
Phase Change Material (PCM) based products represent an emerging technology for the building sector....
Macro-encapsulated phase change material (PCM) lightweight aggregates (ME-LWA) were produced and eva...
Phase change materials (PCMs) may be used to regulate the temperature of road surfaces to avoid low-...
Since the phase change materials (PCMs) as building materials extensively, the diversity and functio...
Phase change materials (PCM) are widely investigated nowadays for building applications due to their...
Under low-temperature conditions in winter, asphalt pavement is prone to cracking, icing and other d...
The use of latent heat storage capacity from phase change material (PCM) to regulate asphalt pavemen...
W artykule przedstawiono możliwość wykorzystania lekkiego kruszywa budowlanego modyfikowanego materi...
It is significant to make full use of solar energy to reduce the deterioration of asphalt pavements ...
Abstract: In order to solve rutting diseases of asphalt concrete pavement, latent heat materials for...
A phase change material (PCM) has a significant capacity to store thermal energy. Because of the com...
Incorporating phase change material (PCM) into paving materials can regulate the pavement temperatur...
Albedo plays a vital role in urban microclimates. Civil engineering structures usually absorb a high...
The mechanical and thermal properties of a novel 3D-printed macro-encapsulation method for Phase Cha...
Macro-encapsulated aggregates (ME-LWAs) consisting of expanded clay lightweight aggregates (LWAs) im...
Phase Change Material (PCM) based products represent an emerging technology for the building sector....
Macro-encapsulated phase change material (PCM) lightweight aggregates (ME-LWA) were produced and eva...
Phase change materials (PCMs) may be used to regulate the temperature of road surfaces to avoid low-...
Since the phase change materials (PCMs) as building materials extensively, the diversity and functio...
Phase change materials (PCM) are widely investigated nowadays for building applications due to their...
Under low-temperature conditions in winter, asphalt pavement is prone to cracking, icing and other d...
The use of latent heat storage capacity from phase change material (PCM) to regulate asphalt pavemen...
W artykule przedstawiono możliwość wykorzystania lekkiego kruszywa budowlanego modyfikowanego materi...
It is significant to make full use of solar energy to reduce the deterioration of asphalt pavements ...
Abstract: In order to solve rutting diseases of asphalt concrete pavement, latent heat materials for...
A phase change material (PCM) has a significant capacity to store thermal energy. Because of the com...
Incorporating phase change material (PCM) into paving materials can regulate the pavement temperatur...
Albedo plays a vital role in urban microclimates. Civil engineering structures usually absorb a high...
The mechanical and thermal properties of a novel 3D-printed macro-encapsulation method for Phase Cha...
Macro-encapsulated aggregates (ME-LWAs) consisting of expanded clay lightweight aggregates (LWAs) im...
Phase Change Material (PCM) based products represent an emerging technology for the building sector....