A comparative study of flat coil and coil sensor for landslide detection

Sanjaya, Edi and Muslimin, Ahmad Novi and Djamal, Mitra and Suprijadi, Suprijadi and Handayani, Gunawan and Ramli, Ramli (2014) A comparative study of flat coil and coil sensor for landslide detection. In: The 4th International Conference on Theoretical and Applied Physics (ICTAP) 2014, 16–17 October 2014, Bali.

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Abstract

The landslide is one of the most costly catastrophic events in terms of human lives and infrastructure damage, thus an early warning monitoring for landslides becomes more and more important. Currently existing monitoring systems for early warning are available in terms of monolithic systems. This is a very cost-intensive way, considering installation as well as operational and personal expenses. We have been developing a landslide detection system based on flat coil and coil sensor. The flat coil element being developed is an inductive proximity sensor for detection mass of soil movement. The simple method of flat coil manufactures and low cost, is an attraction that is still inspired to develop flat coil sensors. Meanwhile, although it has a drawback in terms of their size, the coil sensor is still required in many fields due to their sensitivity and robustness. The simple method of coil manufacture and the materials are commonly available and low cost, is an attraction that is still inspired to develop induction coil sensors. A comparative study of alternative configuration of sensor based on flat coil elements and a coil in application to landslide detection has been discussed in this paper. The purpose of this comparison is to show the ideal conditions and the challenges for each sensor. Furthermore, a comparison between flat coil and coil sensor is presented.

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