Multi-factor coupled service environment simulation system, device and testing method for building materials

Abstract

The present invention discloses a multi-factor coupled service environment simulation system, device and testing method for building materials, belonging to the technical field of building material performance testing. The system includes an environment simulation system, a control system and a monitoring system, which can synergistically simulate the coupled effects of environmental factors such as temperature, humidity, salt spray, dry-wet cycles and ultraviolet aging. Through high-precision closed-loop control and real-time monitoring, it can accurately reproduce typical service environments such as marine, industrial and cold regions, and is used to study the performance degradation law of building materials under complex working conditions. The present invention solves the limitation that traditional equipment can only simulate a single factor or static conditions, and provides an advanced testing means for the durability design and service life prediction of building materials.