Focal Interest
Focal Interest

Mechanical Behavior of Composites

External reference: https://openalex.org/T10219

  1. TWO-PHASE CONSTITUTIVE MODELFOR THE ANALYSIS OF NONLINEARDEFORMATION OF WOVEN POLYMERMATRIX COMPOSITE
    Constitutive model for nonlinear deformation in woven fiber composites incorporating matrix plasticity, microdamage, and yarn rotation, validated against fabric CFRP specimens.
  2. Interface angle and connection method affect CFRP joint failure
    Study investigating how interface angle and bonding versus bolting methods influence failure mechanisms in carbon fiber reinforced polymer joints for aerospace applications.
  3. Thermoplastic composite joints reached about 5 kN maximum load
    Thermoplastic composite single strap joints using co-cured bonding achieve 5 kN load capacity under tension. Failure analysis reveals critical stress zones for design optimization.
  4. Isotropic dilation measured strain-dominated failure in wrapped carbon fiber cylinders
    Isotropic dilation testing method for 3D-printed carbon fiber cylinders with lap joints characterizes burst properties without high-pressure facilities, using radial expansion and strain measurement.
  5. 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.
  6. Composite rim design achieved lower mass and required stiffness
    Structured design methodology for carbon fiber composite rims in Formula Student electric race cars, integrating laminate optimization, manufacturing feasibility, and vehicle integration constraints.