Simulation Calculation of Seismic Performance of Raw Soil Composite wall Structure Based on Fuzzy Control Algorithm

First of all, when the structure encounters a strong earthquake, the structural components use their own ductility and self-deformation to dissipate the seismic energy, and the components themselves are also damaged. The main structures used in village houses are raw soil, masonry, civil engineering, brick and wood, etc. These structures are generally constructed without special seismic design and necessary seismic structural measures, and are prone to collapse and damage during earthquakes, resulting in serious economic losses and a large number of casualties. Architecture and its built environment play an important role in human impact on the natural environment. Therefore, a design that conforms to the principles of sustainable development requires efficient use of resources and energy. Due to the defects of its own building materials, the earthquake resistance of the building structure is poor, the large-scale construction technology is immature, the degree of industrial application is low, and the structural design does not conform to the modern living concept, such as lighting, large bays, etc. At the same time, an improved fuzzy control algorithm is designed for the low steady-state accuracy of the fuzzy control system. The effect of active control is good, but it directly converts energy into control force, which requires large external energy, which limits its application in engineering field. Therefore, we should promote the reform of rural buildings, actively promote the application of new technologies and materials for earthquake resistance and disaster prevention, and encourage and guide the use of new wall materials with good seismic performance. It is imperative to take the road of resource-saving and environment-friendly new village and town buildings. Since then, as a new interdisciplinary subject, civil engineering structural vibration control has developed rapidly from theory, experiment to engineering application. Various damping control devices have been installed in many buildings and bridges in the world to control wind vibration and earthquake, and achieved good damping effect. Aiming at the relevant theories of quality control, this paper mainly focuses on how to simulate the seismic performance of the quality control of raw soil composite wall structure based on fuzzy control algorithm in practical application.