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tensile strength

  • Incorporating 10 Weight Percent Biochar Enhances Polymer Stiffness by 112 Percent

    Incorporating 10 Weight Percent Biochar Enhances Polymer Stiffness by 112 Percent

  • Biochar: The Waste-Derived Black Pigment That Makes PLA Stronger and UV-Resistant

    Biochar: The Waste-Derived Black Pigment That Makes PLA Stronger and UV-Resistant

  • Machine Learning Boosts Biocomposite Strength: Coconut Biochar Reinforcement Yields 98.77% Prediction Accuracy for Tensile Strength

    Machine Learning Boosts Biocomposite Strength: Coconut Biochar Reinforcement Yields 98.77% Prediction Accuracy for Tensile Strength

  • A Sustainable Tire Future: Oilseed Rape Biochar Achieves 3.8 MPa Tensile Strength and 1380 MJ/m³ Toughness

    A Sustainable Tire Future: Oilseed Rape Biochar Achieves 3.8 MPa Tensile Strength and 1380 MJ/m³ Toughness

  • 3D Printed PHA/Biochar Composites: A 1.0 wt% Biochar Ratio Increases Young’s Modulus by 25.4% and Reduces Porosity by 23.3%

    3D Printed PHA/Biochar Composites: A 1.0 wt% Biochar Ratio Increases Young’s Modulus by 25.4% and Reduces Porosity by 23.3%

  • Rice Husk Biochar Enhances Concrete Compressive Strength by 13.74% and Neutron Shielding by 0.090 cm⁻¹

    Rice Husk Biochar Enhances Concrete Compressive Strength by 13.74% and Neutron Shielding by 0.090 cm⁻¹

  • Innovating with Biochar: A “B” for Biochar Enthusiast’s Journey from Composites to Sustainable Concrete – An Interview with Dr. Oisik Das

    Innovating with Biochar: A “B” for Biochar Enthusiast’s Journey from Composites to Sustainable Concrete – An Interview with Dr. Oisik Das

  • Almond Biochar Enhances Composite Strength: 324.66 MPa Tensile Strength at 10% Filler Load

    Almond Biochar Enhances Composite Strength: 324.66 MPa Tensile Strength at 10% Filler Load

  • Biochar: A Sustainable Cement Replacement for Greener Concrete

    Biochar: A Sustainable Cement Replacement for Greener Concrete

  • Exploring Biochar’s Role in Enhancing Biocomposites for 3D Printing

    Exploring Biochar’s Role in Enhancing Biocomposites for 3D Printing

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