Do a good job in stress control of the grid structure part

Do a good job in stress control of the

grid structure part

2.1 Ensure the protective configuration of the grid structure

The "Code for Design of Steel Structures" and "Code for Seismic Design of Buildings" play a crucial and undeniable guiding and constraining role in the field of modern grid structure design. In the practical process of organizing and carrying out grid structure protection and configuration work, the above documents should be strictly followed, For the roof structure of the grid engineering project, longitudinal and transverse horizontal support structures are added using the form of grid structure, and then a grid support structure system with closed characteristics is constructed.

To reasonably carry out the design of support parameters and standardize the estimation of the wind strength of the support structure between the end columns and the horizontal support structure of the roof bearing the mountain wall in the grid engineering project, it is necessary to use rigid tie rod components to control and ensure that the rigid frame columns and inclined beam structures have good lateral stability, while also avoiding the use of corner support structures. For the purlins in the grid structure, it is necessary to avoid their simultaneous role as tie bar components, and to choose steel materials for preparation and configuration of tie bar components. In the support structure of the grid structure, steel materials should be selected for construction and configuration, and circular steel materials should be avoided for construction and configuration.

2.2 Conduct stress control of the grid structure

In the process of carrying out stress control of grid structures in specific grid engineering projects, targeted technical measures should be taken to address the differences between the welded ball grid structure and the spiral ball grid structure.

For the welded ball grid structure, the stress intensity control work of the grid structure should fully utilize its own technical advantages, such as high mechanical strength, good hardness, and tight structure.

For the form of spiral ball grid structure, the stress intensity control work of the grid structure should comprehensively and fully address the weak issues in compression and shear resistance. High strength bolt components should be used to connect the basic nodes between the grid structure, and targeted optimization and disposal of relevant technical components should be carried out.

2.3 Pay attention to the construction management of grid structures

Organizing the construction of grid structures in grid engineering projects should supervise all technical personnel involved in construction activities, strictly follow the design scheme of the grid structure in the grid engineering project, and organize relevant construction work. Prior to construction, all steel reinforcement materials to be used should be predetermined to have good quality and technical performance status, to avoid unreasonable selection of materials for construction applications, Causing adverse effects on the actual quality status obtained during the construction process of the grid structure. In the actual construction operation process, it is necessary to carry out reasonable construction quality management and supervision work to ensure that relevant construction activities are smoothly achieved with the best results.

Focusing on the topic of structural construction technology in grid engineering, this article selects the important significance of structural design work in grid engineering, as well as the basic application points of structural construction technology in grid engineering. Two specific aspects are briefly explained and analyzed, aiming to provide effective and solid experience reference support conditions for researchers in related fields in China and grid engineering structural construction personnel. Effectively utilizing the grid structure in the design and construction process of grid engineering is of great significance for improving and optimizing the overall quality of China's grid engineering design and construction work.