Automatic wireless accelerometer monitoring system (AWAM) for slope
There are many types of instruments that have been used for monitoring the high risk slopes as a precaution to prevent the loss of lives. Unfortunately, there is no such works of installation slope monitoring instrumentation as detectors and preventive actions before the slope failure. Automatic Wir...
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| Main Author: | |
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| Format: | Thesis |
| Language: | English |
| Published: |
2015
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| Subjects: | |
| Online Access: | http://eprints.utm.my/id/eprint/53811/1/MohdAzrulHishamMFKA2015.pdf |
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| Summary: | There are many types of instruments that have been used for monitoring the high risk slopes as a precaution to prevent the loss of lives. Unfortunately, there is no such works of installation slope monitoring instrumentation as detectors and preventive actions before the slope failure. Automatic Wireless Accelerometer Monitoring System (AWAM) is a new device of monitoring system using accelerometer to be introduced in this research. It is more efficient than conventional techniques and less expensive. The application and operation of this system does not interrupted by physical obstacles, different climate conditions, and the construction works at site. In addition, no contact is required since the accelerometers are installed on the slope. Consequently, geomorphology limitations are not considered as limitations of the system operation. This study is to demonstrate the sensor database system by AWAM and the effectiveness of the device to monitor slope failures and act as a warning sign. It were presented in two parts; the first part consist of the physical modelling calibration test from sensor database system (AWAM device) and from load cell test, the second part will discuss on the numerical model simulated by using software (SlopelW and LimitState) and the data from vane shear test. The AWAM device can be used as a monitoring system to detect soil movements. However, accelerometers were able to give AWAM's readings if the device is moving in tilting modes. |
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