Methods for remote quality control of composites with organic aggregates

Abstract

The Chinese construction industry has been using the Internet of Things (IoT) to monitor building materials and structures for many years. The achievements of the Chinese construction industry in IoT applications can be used to study and monitor the performance of building materials, including green buildings (energy-efficient building materials). The aim of research: study and optimization methods for remote quality control of composites with organic ag-gregates. With the help of the developed methods, the following dependencies were obtained: dependences of stresses inside composites with organic aggregates on external influences obtained using a sensor Keyes brick thin film pressure sensor, dependences of deformations inside composites with organic aggregates on external influences obtained using a sensor ultrasonic ranging sensor, dependences of humidity inside composites with organic aggregates on external influences obtained using a sensor Soil moisture sensor, dependences of rheology (cement paste setting time) obtained using a sensor Ph-sensor module.