Honeycomb-shaped regular hexagon lattice material structure

The invention discloses a honeycomb-shaped regular hexagon lattice material structure which is formed by space continuation arrangement of regular hexagon unit cell structures. According to the honeycomb-shaped regular hexagon lattice material structure, the regular hexagon unit cell structures are full-triangular lattice structures formed by connecting rod pieces with regular hexagonal nodes and belong to stretching-dominated materials, the impact performance and the energy absorption characteristic of the materials are effectively improved, and unit cells are copied for a certain number of times in the x direction and then are arranged in an ABAB honeycomb-shaped continuation mode in the y direction to form the honeycomb-shaped regular hexagon lattice material. The honeycomb-shaped regular hexagon lattice material disclosed by the invention is high in in-plane pressure bearing capacity, good in bending resistance, relatively high in impact deformation resistance and relatively high in impact energy absorpti