1. What are the factors that need to be considered in the selection of the maximum overload factor o

What are the factors that need to be considered in the selection of the maximum overload system of the structureThere are many factors that need to be considered, no matter from which angle of analysis, it is necessary to consider completely.

When the maximum overload factor of the structure is to be selected, it must first be tested correctly to cope with the operation of the machine, and to ensure a very correct quality.

1.First: from the definition, it can be seen that the overload should be generated by the action of all external forces other than gravity, including the rotor pull, fuselage, wing and flat tail lift of all the external forces acting on the weight of the weight of the resultant force and the weight of the overload coefficient.

The rotor is the main lift surface of the rotor, which contributes the most to the overload coefficient, and generally speaking, the overload coefficient of the whole aircraft is greater than the design overload coefficient of the rotor. For example, the design overload coefficient of the straight 11 rotor is, and the overload coefficient of the whole aircraft is if *** has short wings, then the whole aircraft.

2.Second: the ultimate overload coefficient is mainly a requirement for the load of the fuselage structure design.

If the overload coefficient is determined, the load size on *** is also determined. The overload coefficient combined with the corresponding other parameters (such as height, weight, speed, center of gravity, etc.) can be obtained to obtain the actual load size of each part of the structure, as well as the direction of action, so that we can design and check the strength, stiffness and other indicators of the structure, and ensure that the weight determined by the overload factor can be guaranteed. In order to ensure the safety of ***, it should be specified in the make.

First of all, it is necessary to consider the maximum overload, frequency, dynamic (static) load nature, etc.; Secondly, it is necessary to consider the external environment and conditions of structural use. Such as maximum (low) temperature, humidity, wind and wind direction, grade, average amount of rain and snow, limit rainfall (snow), rainwater corrosiveness, geological and geomorphological conditions, ** grade and fortification level, etc. Third, it is necessary to consider the material characteristics, structural shape and specifications, the importance of the use occasion to the structural strength and stiffness requirements, and the design service life.

Fourth, the feasibility of the structure, the technical and economic reasonableness and feasibility, and the acceptable cost. Therefore, in the early stage of feasibility study, technical scheme demonstration, preliminary design and construction drawings to carry out in-depth and meticulous work, the use of new technologies, new processes, new materials, new methods and new equipment and other comprehensive measures, so that the structural overload capacity to reach the domestic or international advanced science and leading level.

The factor to consider is the installation.

What are the factors that need to be considered in the election of the maximum overload factor of the structure? He wants to consider the reason for its load-bearing, and then he promises the quantity and the quality of it.

There should be many, many factors that need to be considered in the selection of the maximum overload coefficient of the structure, and it is okay to have this relationship directly.

ResultsWhat are the factors that need to be considered in the selection of the maximum expansion coefficient? The weight of the object.

The structure is the largest over the system selection of factors that need to be considered, that is, some of his carrying factors to maximize the carrying capacity of the truck.

I don't know, not in the most chosen school, there are many factors to consider, it is possible that its strength is linked to the strain and strain ability to strain.

The structure of the maximum data coefficient to obtain the factor, and then the factor has a lot of guarantees for the last question.

The selection of the maximum overload coefficient should consider his maximum bearing capacity!

There are many factors to consider in the selection of the maximum overload factor of the structure, first of all, you need to consider the integrity of the structural coefficient.

The selection of the maximum overload factor of the structure is mainly based on its temperature and its humidity at that time.