How subtle is the hive that makes even the master builders ashamed?

The hive is very delicate in structure, and the humble but industrious and intelligent bees have made many closely arranged and well-shaped hexagonal hives out of beeswax.

These hives are extremely similar in size and shape, and there is basically no difference, just enough to accommodate a bee to live in them, without feeling too cramped or too loose, and they make very efficient use of space, and they are architectural masterpieces that even master architects are ashamed of.

Architecturally intricately built beehives Anyone who has ever seen a hive knows that a hive is made up of many shapes that are almost the same size and shape, presented as regular hexagons.

of the composition of the beehive. These hives are arranged in an extremely neat manner, both in terms of dimensional accuracy and parallelism.

They are quite regular, and their building materials are beeswax made from bees. Under the hexagonal hive, there is a pointed inverted cone bottom, and the space of the whole hive is just about cubic centimeters, with a very small error, and a very large number of hives are closely connected together, parallel to each other, and together form a delicate hive.

The main reason why bees built their hives like this is to make efficient use of space, so that a finite-sized hive can accommodate the largest number of bees, and in this regard bees do a good job, even better than humans. Each hive is almost the same size of a hexagonal prism, and the bottom of the hive is an inverted cone composed of three equal diamond faces, and the sharp angle of each rhombic surface is 70 degrees, and the size and parallelism are accurate.

All stunning.

The hive's architectural structure that inspired humans is the hive's inspiration.

It is so subtle that many scientists in history have been amazed by the study and put forward the theory of evolution.

Charles Darwin also said that the most surprising and magical structure in nature is the beehive. Many artists have designed high-end artworks based on the hive, and architects have used the hive principle to improve the performance of human habitation houses and design high-rise buildings.

solar honeycomb walls, etc.

Because the bees are already in their minds when they build the hive, and the hive is built so precisely that today's master builders need to draw drawings to build it.

The interior of the hive is a hexagonal structure, which is highly sealed, strong enough and has a large capacity.

Very subtle. Because the hive has a hexagonal design, and it is very scientific, it is very subtle.

A honeycomb building is a building that simulates the structure of a beehive.

It adopts the basic stressed structure, which is a regular hexagonal module fixed connection to form the whole building. The regular hexagonal surface is parallel to the foundation surface of the building, so that the force direction of the regular hexagonal module frame is consistent with the direction of the regular hexagonal axis and the gravity direction. The six upper and lower sides of the regular hexagonal frame module and the six columns of the hexagonal angle are all rigid materials, which are fixedly connected by high-strength screws to form a multi-layer rigid regular hexagonal frame structure. This kind of honeycomb building can improve the effective use area, it has a stable structure, a short construction period and high work efficiency.

Guess wrong,

In the future, there may be a bionic building like a honeycomb, which is characterized by being sturdy and not afraid.

Honeycomb-like cut: A complex cut with a rounded profile. Its ** table is an approximately circular 16-sided shape, surrounded by 16 star faces.

Then there are 16 hexagonal pads in each of the two circles, followed by 16 upper waist faces, with a total of 65 crowns; The structure of the pavilion is similar to that of the crown, except that the star surface becomes an elongated pavilion, and if there is a bottom surface, it is also 65 turns; So the total is 129 or 130 turns.

Seismic standards for buildings

From the results of the global major disaster survey, we have come to a comprehensive conclusion that all the first disasters are caused by the "four nos, one no", simply put, the "four nos" are the insufficient seismic fortification standards of the building, improper design, poor construction and poor maintenance of hidden use, and "one no" is no awareness of disaster prevention.

In general, the collapse of a house is usually the result of the interaction of several factors. If two or more factors are present at the same time, the likelihood of a house being destroyed is greatly increased, and disaster can occur.

The following is based on the experience of the world's major disasters and the experience of Wenchuan, respectively, on the causes and prevention methods of the "four noes, one no".

The above content refers to Encyclopedia - Honeycomb Type.

Encyclopedia – Earthquake-Resistant Architecture.

In fact, the high skill of bee nesting has attracted many scientists for a long time. They don't understand why each of the bees' nests is a regular hexagon, and it looks so regular, is it true that every nest of the bees is an unmistakable regular hexagon? If so, these bees can be compared to a master builder.

Various conjectures were proposed, and the quest to explore the bee nest began.

Many scientists were amazed by such results! It also made many master builders feel a little threatened. And bees are almost innate in their technology, having long since applied to the hive a problem that humans calculated and confirmed in the mid-18th century.

Although human beings claim to be the spirit of all things, the increasing beauty of nature makes human beings feel ashamed. Even such an inconspicuous bee in nature has such superb construction skills, and how many hidden mysteries are hidden in the creatures of nature!

The architecture of the bees is even more unbelievable, and if you look closely at the hive, you will see that it is united by a myriad of small houses with hexagonal columns. The floor of the house is in the shape of a hexagonal pyramid, it consists of 6 triangles, and every 2 adjacent triangles can be put together to form 1 rhombus, and 1 floor is composed of 3 equal rhombuses. At the beginning of the 18th century, the French scholar Malarqi carefully measured and found that the angles of the three diamond-shaped cross-sections at the bottom of each room were equal, with an acute angle of 70°32 and an obtuse angle of 108°28.

It has been calculated that the honeycomb structure composed of such a diamond shape has the largest capacity and requires the least amount of building materials.