Suchergebnisse

Abstract
The exact date of creation of the "Great Mongolian Nation" has long been a controversial topic. This article will point out that, according to the history of Mongolia and the Yuan dynasty as described in The History of the Buddha, the name "Great Mongol Nation" was first used in the Xinwei year. Since the source of the historical materials used to compile the Fozu lidai tongzai most likely were related to manuscripts used in the compilation and revision of Taizu shilu earlier in the Yuan dynasty, this should be a fairly trustworthy source. It is therefore possible to infer that Genghis Khan coined the term "Yeke Mongγol Ulus" (i.e., Great Mongol Nation) in 1211. As this was also the year that the Mongols began their war with the Jin dynasty, the creation of the "Great Mongol Nation" was a political move closely related to then ongoing matters of now historical significance and – in terms of the eventual establishment of the Yuan dynasty by the Mongolians – it had both far-reaching political impact and important strategic significance.

When a building is hit by a missile, the most important parts are usually destroyed first to achieve maximum damage to the functions of the building. To accurately quantify the damage to a building, a function distribution density is constructed to describe the importance of different parts, and is applied to the probability damage calculation of a building under a missile strike. Based on the objective characteristics, the building is divided into several modules. The importance of the different modules is calculated using the damage tree. The distribution densities of the physical and system functions are constructed separately and combined into the function distribution density of the building. Meanwhile, the landing points of the missile are simulated using the Monte Carlo method, and depending on whether the function distribution density is considered, a probability damage calculation is performed. In comparison, the calculation results considering the function distribution density have a larger irregular shape, which can describe the damage to the building more accurately. This study can provide support for improving the physical protection of buildings and ensuring the operational reliability of their functions.