Sentence examples for solid truss from inspiring English sources

For prototype wood core truss CPL, structural efficiencies increased comparing with solid truss CPL, while energy absorption capability was enhanced for rubber core truss CPL.

The performances of the optimized truss core sandwiches with 4-rod unit cell and solid truss members and pyramidal unit cell with hollow truss members are compared with benchmark lightweight structures such as honeycomb-cored sandwiches, tetrahedral core sandwiches and hat-stiffened single layer plates.

Dimension lumber and engineered woods like plywood are not available in the sizes and lengths necessary to build a solid truss.

The structural efficiency of hollow truss structures with a fixed cell size is approximately proportional to the relative density unlike equivalent structures made from solid trusses whose peak strength has been predicted to scale with the cube of the relative density.

Sandwich structures with designed cellular solid or truss cores are well known to possess desirable mechanical properties, including large stiffness-to-weight ratios and vibration/acoustic isolation.

Starting with the statically-determinate solid octet truss lattice, the large strain compression response of different metamaterial architectures is analyzed through finite element analysis and compression experiments on additively-manufactured stainless steel specimens.

Simulation results clearly demonstrate that for a relative density of 20% the conventional solid octet-truss lattice has a lower specific energy absorption capability than some simple periodic shell structures.

In comparison with hollow cylinders having solid walls, truss-core sandwich cylinders and single-layer corrugated core sandwich cylinders are found to have superior weight advantages, especially for more heavily loaded cases.

Unlike the octet-truss with solid struts, hollow octet truss structures remain stable for hydrostatic, confined and uniaxial compression at the lowest relative density considered.

Behind a pile of rocks the other afternoon, out of sight from the road, workers scurried around a 340-ton, 21-foot-high solid granite boulder, trussed with red steel girders, gleaming under the desert sun.

A simple method for making lattice structures with either solid or hollow trusses is reported.