Sustainability-driven atomistic model for exploring the mechanical properties of low carbon limestone calcined clay cement (LC³)

Keyphrases

• Mechanical Properties 100%
• Low Carbon 100%
• Aluminate 100%
• Atomistic Model 100%
• Limestone Calcined Clay Cement 100%
• Silica 66%
• Failure Mechanism 66%
• Tensile Loading 33%
• Construction Industry 33%
• Porosity 33%
• Behavior Mechanisms 33%
• Silicate 33%
• Breakage 33%
• Pozzolanic Activity 33%
• Cement Industry 33%
• Superior Mechanical Properties 33%
• Molecular Interactions 33%
• Deformation Failure 33%
• Polymerized 33%
• Molecular Model 33%
• Calcium Aluminate 33%
• Nanopore 33%
• Environmental Burden 33%
• Tensile Deformation Behavior 33%
• Cement Mixture 33%
• Cross-linked Network 33%
• Nanoscale Structure 33%
• Interaction Failure 33%
• Atomic Insights 33%
• Low Environmental Impact 33%
• Optimized Properties 33%
• Microcrack Evolution 33%
• Mean Chain Length 33%
• Structural Failure Mechanism 33%
• Atomistic Structure 33%
• Sustainable Cementitious Composites 33%

Engineering

• Calcined Clay 100%
• Atomistic Modeling 100%
• Failure Mechanism 100%
• Silicon Dioxide 66%
• Deformation Behavior 33%
• Nanomaterial 33%
• Tensiles 33%
• Calcium Aluminate 33%
• Pozzolanic Reaction 33%
• Cementitious Composite 33%
• Low Environmental Impact 33%
• Breakage 33%
• Structural Failure 33%
• Tensile Deformation 33%
• Monomer 33%
• Nanopore 33%
• Porosity 33%

Material Science

• Silicon Dioxide 100%
• Composite Material 50%
• Silicate 50%
• Nanopore 50%