Focal Interest
Focal Interest

Porosity

  1. Bio-inspired Voronoi tubes improved energy absorption
    Bio-inspired Voronoi tubular structures replicate luffa sponge architecture for enhanced energy absorption. Parametric design optimization increases specific energy absorption by up to 78%.
  2. Freeze–thaw cycling changes concrete–soil interface shear behavior
    Study investigates interfacial shear behavior between concrete and crushed rock-soil under freeze-thaw cycling, developing an improved constitutive model for permafrost infrastructure durability.
  3. Porosity patterns affect kink band failure in 3D-printed C-CFRP laminates
    Compressive damage evolution in 3D-printed C-CFRPs laminates controlled by porosity distribution and lay-up sequence, with kink band morphology determined by interlayer porosity mismatch patterns.
  4. Low-temperature bioprinting produced aligned, porous GelMA structures
    Low-temperature embedded 3D bioprinting strategy utilizing phase-separation-induced shear alignment for fabricating anisotropic cell-laden constructs with enhanced biological functionality.
  5. Natural porous structures guide tougher biomimetic materials
    Learn how natural porous materials achieve strength despite high porosity through hierarchical design. Discover biomimetic strategies for engineering tough synthetic porous materials for.