Method for constructing actual earthquake collapse building training facility

Abstract

The invention discloses a method for constructing an actual earthquake collapse building training facility. The method comprises the following steps of S1, acquiring a basis for collapse simulation calculation of a target building, and determining physical engine input; S2, utilizing a building collapse ruin scene simulation technology of a finite element method and a physical engine to perform computational simulation and visual representation on the whole process from collapse to ruin formation of the target building; S3, through the combination of aftershock simulation and the virtual scene of the collapsed ruins of the target building, realizing the simulation of the dynamic situation of the aftershock suffered by a trainee in scene facility training; S4, embedding different typical collapse types in the building collapse simulation facility, and designing and manufacturing an execution module used for a collapse simulation component according to a collapse mechanism so as to realize the follow-up process of various building components in the target building; S5, forming a script according to the background material and a research result of an actually occurring disaster, and taking the script as basic data for compiling an emergency training course; and S6, carrying out actual building collapse training.

Description

technical field [0001] The invention belongs to the technical field of emergency training, and in particular relates to a method and device for constructing practical earthquake collapsed building training facilities. Background technique [0002] Earthquake is a very destructive sudden natural disaster, because the death toll caused by earthquake accounts for 54% of the total number of all natural disasters including floods, wildfires, mudslides, landslides, etc., more than 1 / 2, from the number of people In terms of death, earthquake is the first of all disasters. After a destructive earthquake, it can quickly respond to such emergencies, ensure that after the earthquake, the emergency plan can be activated at the first time, the rescue team can rush to the scene at the first time, and the relief materials can also arrive at the disaster area at the first time. The people in the disaster area can be properly resettled and protected in the first time. Therefore, the rescue...

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Problems solved by technology

Therefore, the rescue team is required to have strong emergency response and organizational coordination capabilities. The training of this ability needs to be mastered and improved in the course of regular rescue drills. Therefore, emergency rescue drill training must be actively carried out in peacetime to improve emergency management. The emergency response and scientific decision-making capabilities of personnel can improve the response and coordinated rescue capabilities of various departments. However, there are many problems in using actual equipment and personnel for training. There are many equipment requirements, large personnel requirements, high drill costs, and high material consumption. The frequency is very low, and the training effect is also very poor

Especially for the training personnel, in the event of an earthquake or other disasters, the first responders need to quickly construct a safe environment on the collapsed site so as to quickly launch rescue, but the current prior art does not provide approximate real training facilities for earthquake collapsed buildings. methods and capabilities built, so methods for training rescuers and improving emergency response capabilities are insufficient

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