Bone defect disease seriously endangers human health and affects beauty and function. In
the past five years, the three dimension (3D) printed radially graded triply periodic minimal …

Triply periodic minimal surface (TPMS) lattice structures with controllable mechanical
properties and porous architecture are promising candidates for lightweight and energy …

The ability of bone to regenerate itself through mechanobiological responses is its dynamic
property. Mechanical cues from a neighboring environment produce the structural strain to …

Background and objective Accurate numerical and physical models of trabecular bone,
correctly representing its complexity and variability, could be highly advantageous in the …

The design of a functionally graded porous structure (FGPS) for use in prosthetic devices is
crucial for meeting both mechanical and biological requirements. One of the most commonly …

Lattice structures have received much attentions because they can realize special
mechanical behaviors through precisely designed microstructures. In this study, based on …

Evaluating the mechanical properties of 3D-printed parts is a cumbersome task. This study
poses an approach based on computational homogenization to estimate the elastic …

Lightweight porous structural materials have excellent energy absorption performance, and
their application are gradually appeared. This paper takes the shock-absorbing material of …

ABSTRACT Background and Objective The limited availability of human bone samples for
investigation leads to the demand for alternatives. Bone surrogates are crucial in promoting …

The Schwarz primitive triply periodic minimal surface (P-type TPMS) lattice structures are
widely used. However, these lattice structures have weak load-bearing capacity compared …