Batiment International Building Research and Practice · 1985 · 15 citations · 0 references
ArchitectureArchitectural EngineeringBuilding ScienceBuilding Envelope DesignBuilding MaterialsBuilding PhysicsBuilding Envelope MaterialsBuilding Envelope PerformanceConcrete MaterialsConcrete TechnologyMoisture Content AnalysisMoisture TransportAbsorption CapacityBuilding Envelope MoistureBuilding EnvelopesCarbonationHumidityHumidity In Built EnvironmentsMoisture ContentMoisture Content Dependence
Differences in manufacture can account for variations in the absorbed moisture equilibrium of samples of lite same cellular concrete. But experiments at the Lithuanian Research Institute of Building and Design hare shown that the absorption capacity of cellular concretes, and thus the moisture content of the associated building envelopes, are greatly dependent on the natural carbonation of the material. Overlooking this phemen could lead to significant errors in calculating the likely humidity behaviour of building envelopes.