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Seismic Optimization Design and Application of Civil Engineering Structures Integrated with Building Robot System Technology

Shaoxu Li, Lisen Shen

Abstract


Objective: The seismic data monitoring is important for resource distribution, capacity planning, quality of service analysis, error monitoring and isolation, and safety management. The seismic optimization of building civil engineering structures is effectively improved. Several issues pertaining to seismic optimization monitoring of civil engineering structures have come to light as a result of the ongoing advancements in science, technology, and the internet. Method: The study creates a seismic optimization method for civil engineering structures, identifying hidden hazards and implementing safety management and control based on internet-based characteristics. Regarding the problem that the existing high-rise building installation projects mainly rely on manual work, the relevant technical research on the corresponding intelligent operation equipment for the installation project is carried out, the kinematics analysis of the construction installation robot is performed, and the search for security loopholes is realized under the seismic optimization design method of integrated building civil engineering structures to quickly find the safety adaptability. Results: The optimal safety weights and thresholds are obtained, and random initial thresholds and weights are used for seismic optimization of civil engineering structures for safety monitoring. This paper studies the seismic resistance of the current buildings and explains the seismic problems in civil engineering structures in detail while giving a feasible plan to eliminate potential safety hazards and avoid harm caused by earthquakes.

 

Doi: 10.28991/HIJ-2024-05-04-017

Full Text: PDF


Keywords


Civil Engineering Structure; Earthquake Resistance; Building Robot System Technology; Seismic Optimization.

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Full Text: PDF

DOI: 10.28991/HIJ-2024-05-04-017

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