What is a cellular architecture and what are the advantages of a cellular structure?

It's like a bee trough, and the road leads to ha.

The main advantages of honeycomb structure are: strong bearing capacity, exquisite structure, adaptability and material saving.

The hexagonal hexahedral nest made by bees can disperse and bear external forces from all sides due to the arrangement of multiple walls and a series of continuous honeycomb-shaped mesh structures, so that the resistance of the honeycomb structure to the extrusion force is much higher than that of any round or square hopper. Scientists have found that even very thin materials can withstand a lot of pressure as long as they are made into a honeycomb shape.

The honeycomb structure of the bee is very compact, adaptable and material-saving. The bottom of the hole is neither flat nor round, but pointed. This base is made up of three identical diamonds.

The adjacent holes share a wall and a hole bottom, which is very economical in building materials; The orifice is hexagonal, and the body of the bee is basically cylindrical, so the bee does not have extra space in the orifice and does not feel crowded.

The honeycomb structure of the bee is very compact, adaptable and material-saving. The hive is made up of an infinite number of holes of the same size, all of which are hexagonal, each surrounded by the others, separated only by a wax wall. Surprisingly, the bottom of the bore is neither flat nor round, but pointed.

This base is made up of three identical diamonds. The angles of the diamond have been measured, and both obtuse angles are 109° and both acute angles are 70°Amazingly, all the honeycombs of bees in the world are built according to this unified perspective and pattern.

The structure of the hive is of great interest to scientists. After in-depth research on the beehive, the scientists were surprised to find that the adjacent holes share a wall and a hole bottom, which is very economical in building materials; The orifice is hexagonal, and the body of the bee is basically cylindrical, so the bee does not have extra space in the orifice and does not feel crowded.

The structure of the honeycomb was a great inspiration to the spacecraft designers, and they used the honeycomb structure in their development: first the honeycomb was made of metal, and then two metal plates were clamped together to form the honeycomb structure. This honeycomb structure is strong, lightweight, and good for sound and heat insulation.

Therefore, today's space shuttles, artificial satellites, and spacecraft use a large number of honeycomb structures inside, and the shells of satellites are almost all honeycomb structures. Therefore, these spacecraft are collectively referred to as "cellular spacecraft".

It is amazing that all the honeycombs of bees in the world are built according to this unified perspective and pattern.

To put it bluntly, it's cell phone base station technology where each base station covers a hexagon.

Cellular technology, which refers to cellular mobile communications, has become an extraordinary success story around the world, evolving so rapidly that business needs far exceed those of the original**. In most cases, operators are confined to a fixed frequency band, with little prospect of adding spectrum, and the original analog technology cannot be extended to keep up with demand. Newer technologies allow for more efficient use of spectrum and improved security and convenience for users.

Even so, the frequency bands allocated to these new technologies often overlap with those used by older technologies, which complicates the transfer strategy.

The cellular structure is the best topology to cover the two-dimensional plane.

The honeycomb structure is the basic structure of the honeycomb, which is composed of a hexagonal single room, with the mouth facing down or facing to one side, and the structure is symmetrically arranged and composed of back-to-back. This structure has excellent geometrical and mechanical properties, so it is widely used in materials science.

In addition, in daily life, it also refers to the phenomenon of porous shapes like honeycombs, such as coal and concrete components.