Analysis and Development of Advanced Sandwich Elements for Sustainable Buildings

Engineering

• Sustainable Building 100%
• Development 100%
• Elements 100%
• High-Performance Concrete 45%
• Design 25%
• Finite Element Modeling 20%
• Optimization 15%
• Building Sector 15%
• Requirements 15%
• Full Scale 10%
• Shrinkage 10%
• Energy Engineering 10%
• Buildings 10%
• European Union 10%
• Crack Propagation 10%
• Experimental Result 5%
• Sustainable Development 5%
• Numerical Study 5%
• Investigated Material 5%
• Optimisation Procedure 5%
• Fibre Reinforced Polymer 5%
• International Energy Agency 5%
• Experimental Investigation 5%
• Energy Demand 5%
• Good Agreement 5%
• Cost Function 5%
• Production Method 5%
• Geometrical Parameter 5%
• Building Element 5%
• Age Cracking 5%
• Optimization Approach 5%
• Material Cost 5%
• Nearly Zero-Energy Building 5%
• Carbon Fibre Reinforced Polymer 5%
• Building Industry 5%
• Material Performance 5%
• Insulation Layer 5%
• Competence 5%
• Eurocodes 5%
• Shear Connector 5%
• Basalt Fibre 5%
• Primary Energy Consumption 5%
• Rigid Foam 5%
• Material Level 5%
• Fracture Property 5%
• Environment 5%
• High Energy 5%
• Accuracy 5%
• Small Scale 5%
• Surfaces 5%
• Testing 5%
• Efficiency 5%
• High Degree 5%
• Stages 5%
• Reduction 5%
• Mechanical Properties 5%
• Chains 5%
• Minimum Cost 5%
• General Requirement 5%

Material Science

• Sandwich Panel 100%
• High Performance Concrete 45%
• Solution 15%
• Material 15%
• Shrinkage 10%
• Insulation 10%
• Stiffness 10%
• Fracture Toughness 5%
• Polymer Fiber 5%
• Carbon Fiber 5%
• Basalt 5%
• Mechanical Property 5%
• Surface 5%
• Raw Material 5%
• Mechanical Strength 5%
• Materials Characterization 5%
• Foam 5%
• Materials Property 5%
• Bending 5%