Energy in Construction and Building Materials (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: AHP; apparent calorific capacity method; bio-waste; building envelopes; butyl stearate; carbon fibres; cement-lime mortar; climatic conditions; climatic loads; coal bottom ash; compressive strength; conductive filler; conductivity; dielectric properties; differential scanning calorimetry; double skin; drying and wetting; electric properties; electrical conductive concrete; encapsulation; energy efficiency; energy saving with materials; energy storage; energy sustainability; enthalpy method; environmental profile; experimental characterization; extruded polystyrene; fatty acid; genetic algorithms; geopolymers; glass in building; graphene nanoplatelets; heat flux; heat loss in buildings; hemp–lime composite; hydrate salts; hygrothermal performance; IEA method; insulating glass units; iron (III) oxide; kinetic façade; kinetic model; latent enthalpy; latent heat thermal energy storage; LCA; lime mortar; low-energy buildings; material passport; Mathematics and Science; melting; melting temperature; meso-scale; moisture content; multifunctional composite; multilayered walls; n/a; natural fiber; non-linear optimization; optimization; paraffin; paraffin waxes; PCMs; phase change material; phase change materials (PCMs); Physics; Polyisocyanurate board; pyrolysis; rapeseed; reaction mechanism; recycled brick aggregates; Reference, Information and Interdisciplinary subjects; Research and information: general; specific energy absorption; Stefan Problem; sustainability; Taguchi method; thermal conductivity; thermal degradation; thermal diffusivity; thermal insulation; thermal performance; thermal storage; thermal transmittance; thermal-energy storage; thermal-energy storage (TES); ultrasonic velocity; un/steady conditions; unit weight; vapor permeability; VOC emission; woodchips; wooden façade