Metallic perforated plate lattices with superior buckling strength
Featured as the cover image in journal Materials & Design issue 249 My contribution in this work: Methodology and Investigation Geometric modelling of plate lattice structures with perforation at different relative densities. Linear & nonlinear buckling analysis (including periodic unit cell and 4x4x4 unit cell array). Postprocessing of FEM results, finding the optimal perforation location. Experiment design of quasi-static uniaxial compression test. Writing
Jan 1, 2025
Biocompatible piezoelectric lattice materials with ultrasound-regulated multimodal responses
Curvature analysis and design of bone-mimicking lattice structure My contribution in this work: Works in Figure 1 Processing μCT model for principal curvatures analysis and visualization. Designing bone-mimicking scaffolds based on TMPS* at different relative densities. Writing
Jan 1, 2025
An efficient method for design of lattice core sandwich structures with superior buckling strength under compression
My contribution in this work: Methodology and Investigation Geometric modelling of lattice structures with non-uniform struts based on implicit function. Linear buckling analysis of lattice core sandwich panels. Optimization pipeline of non-uniform cross-sections of struts to maximum linear buckling strength. Nonlinear analysis of the lattice core sandwich structures. Experiment design of quasi-static uniaxial compression test. Writing
Jan 1, 2023