Multi Sensor IOT Driven System for Permeability Assessment on Sandy Clay Soil
- Version
- Download 8
- File Size 350.79 KB
- File Count 1
- Create Date 13 May 2025
- Last Updated 13 May 2025
Multi Sensor IOT Driven System for Permeability Assessment on Sandy Clay Soil
Authors:
Roshiya Fathima N1, Anisha S2
1M tech scholar Geotechnical Engineering& RIET
2Assistant Professor Geotechnical Engineering& RIET
Abstract - The evaluation of permeability, a key element to geotechnical engineering, has traditionally been determined using labour-intensive laboratory methods. In this study, a new automated system for assessing soil permeability has been designed through an Arduino microcontroller. Real-time hydraulic head is maintained by the sensors that collect real-time water flow and pressure information together with automated control. Through the utilization of the Arduino platform, the system is able to acquire, process and control data autonomously hence enable continuous and autonomous testing. Calibration and validation of the system were performed relative to the conventional permeability test procedures, employing several soil materials. Precise coefficients were recorded, test times were significantly reduced, and human error potential was limited by the system. The developed system shows a cost-efficient and quick permeability assessment technique that can be applied in the lab or the field ensuring better quality of data and repeatability.
Key Words: Permeability, Arduino, Automation, Soil Testing, Geotechnical Engineering