Crack Detection in Pipelines Using Capacitive Sensors
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 2, Issue 4
Abstract
Detection of cracks in pipes which are buried under the ground at greater depths is consuming task. Humans can’t be utilized to detect cracks in buried pipelines. So we propose a Robot that navigates through a pipeline and detect cracks in such buried pipelines using capacitive sensors.Capacitive sensors that used here for detecting cracks are efficient,economic, reliable and compact. Another purpose of using this method is, for an unknown crack in pipeline, in which the diameter is small, has to be analysed in a more significant manner. It is harder to find the exact lo and also the devices should be smaller and compact. Hence in order to detect the exact location of cracks in such pipes we need to dig the entire soil and check the crackmanually. This leads to waste of money be overcome by the proposed method of crack detection.
Authors and Affiliations
J. Senthil Kumar
Keywords
Related Articles
- EP ID EP95617
- DOI -
- Views 84
- Downloads 0
Review on Reducing the Power in Network-on-chip
Network-on-chip(NoC) is an emerging revolutionary method to integrate numerous cores in a single System-onChip (SoC). The network-on-chip (NoC) design paradigm is recognized as the most viable way to tackle with...
CONTROLLING PC THROUGH MOBILE PHONE
As all are familiar with both mobile phones and computer like home PC, laptop etc. and also all are having mobile phone with high and low prices. We know that computer can be controlled by a user by using client s...
Efficient Active Noise Cancellation for Decision Tree Technique of ANN
Efficient active noise cancellation (EANC) has wide application in next generation human machine Interaction to Automobile Heating Ventilating and Air Conditioning (HVAC) devices. For EANC various Algorithms can...
DESIGN AND IMPLEMENTATION OF ELECTROCARDIOGRAM (ECG) SIGNAL GENERATOR BASED ON FPGA
This paper offers a hardware design to produce a programmable ECG-channels signal generator using only a Field Programmable Gate Array (FPGA) and a small number of passive external components. The FPGA is used to...
Design and Performance Analysis of Patch Antennausing Metamaterial
In this paper, a Symmetrical Rectangular Structure has been chosen to construct the metamaterial substrate due to the ability of constructing this shape, this structure produces a better performance compared to th...