... and a consumer 3D printer. First, shrinkage was evaluated at both the beam and the cell level, using the data obtained from a 3D structured light scanner. In addition, the same structures underwent compression testing to validate their mechanical response. Findings Six different unsupported lattice cells...

.../approach Samples with varying line orientations and infill densities were fabricated using material extrusion and subjected to quasi-static compression tests. The design of experiments methodology explored the significance of design variables and their interaction effects on energy absorption...

... and 80 mm/s) and bed temperature (55°C, 60°C, 65°C). The response parameters considered were printing time, material usage, compression yield strength, compression modulus and dimensional stability. Empirical observations during compression tests were used to evaluate the load–response mechanism...

... structures by changing the strut diameter of the unit cell were investigated by means of compression tests. Moreover, the experimental compressive behavior of the lattice structure was validated through numerical analysis. Three-dimensional models of the BCCZ, FCCZ, BCCZZ and FCCZZ lattice...

..., higher number of loading cycles (n > 100) and crushing velocities (v > 1 m/s) in compression testing to study the dynamic mechanical response of the re-entrant honeycomb structures and their ability to withstand multiple compressions. There is an increasing interest among researchers...

...Ramesh Chand; Vishal S. Sharma; Rajeev Trehan; Munish Kumar Gupta Purpose The purpose of this study is to find the best geometries among the cylindrical, enamel and honeycomb geometries based upon the mechanical properties (tensile test, compression test and shear test). Further this obtained...