Experimental characterization of moisture transport in brick masonry with natural hydraulic lime mortar

Keyphrases

• Moisture Transport 100%
• Experimental Characterization 100%
• Fired Clay Bricks 100%
• Hydraulic Lime Mortar 100%
• Brick Masonry 100%
• Water Absorption 66%
• Lime Mortar 66%
• Mortar 66%
• Brick-mortar Interface 66%
• Masonry 33%
• Capillary 33%
• Hysteresis 33%
• Experimental Protocol 33%
• Wetting-drying 33%
• Curing Conditions 33%
• Drying Kinetics 33%
• Extrusion Process 33%
• Comprehensive Identification 33%
• Behavioral Activity 33%
• Hygroscopic 33%
• Cupping Test 33%
• Brick-and-mortar 33%
• Gravimetric Tests 33%
• Absorption Test 33%
• Anisotropic Behavior 33%
• Cement Mortar 33%
• Interfacial Effect 33%
• Adsorption-desorption Isotherms 33%
• Negligible Hysteresis 33%
• Composite Scale 33%
• Moisture Storage 33%
• Low Hygroscopicity 33%
• Hygric Behavior 33%
• Hygric Properties 33%
• Hygric Performance 33%
• Hygric 33%
• Hydraulic Characterization 33%
• Capillary Absorption 33%
• Hydraulic Contact 33%
• Capillary Active Materials 33%
• Vacuum Saturation 33%
• Portland Cement Mortar 33%
• Bed Joints 33%

Engineering

• Moisture Transport 100%
• Experimental Characterization 100%
• Hydraulics 100%
• Brick Masonry 100%
• Lime Mortar 100%
• Clay Brick 75%
• Target Material 50%
• Cement Mortar 50%
• Joints (Structural Components) 25%
• One Dimensional 25%
• Isothermal 25%
• Extrusion Process 25%
• Constituent Material 25%
• Portland Cement 25%
• Curing Condition 25%
• Anisotropic Behavior 25%
• Capillary Absorption 25%