Development of a sustainable and innovant hygrothermal bio-composite featuring the enhanced mechanical properties

Keyphrases

• Energy Efficient 100%
• Corn Stalk 100%
• Enhanced Mechanical Properties 100%
• Water Absorption 100%
• Hygrothermal Effect 100%
• Compaction Force 100%
• Moisture Buffer 100%
• Hygric 100%
• Mechanical Properties 50%
• Thermal Properties 50%
• Compaction 50%
• Scanning Electron Microscopy 50%
• Diffraction 50%
• Insulation 50%
• Aging Properties 50%
• Compressive Strength 50%
• Image Processing 50%
• Binder 50%
• Humidity Level 50%
• High Humidity 50%
• Microstructural Properties 50%
• Magnesium Phosphate Cement 50%
• Bioaggregate 50%
• Capillary Absorption 50%
• Capillary Water 50%
• Sustainable Biocomposites 50%
• Buffering Property 50%
• Buffer Performance 50%
• Hygrothermal Aging 50%
• Thermal Buffer 50%
• Energy Sustainable 50%
• Fourier Transform Infrared Spectroscopy Analysis 50%

Engineering

• Biocomposite 100%
• Compaction Force 22%
• Ray Diffraction 11%
• Capillary Water 11%
• Magnesium Phosphate Cement 11%
• Capillary Absorption 11%
• Image Processing 11%
• Relative Humidity 11%
• Compression Strength 11%
• Compressive Strength 11%
• FTIR Spectroscopy 11%
• Biobased Composite Material 11%