Development of Real-Time condition Assessment method For Landing Pier-Type wharf Structure monitoring System
Journal Title: IOSR Journal of Mechanical and Civil Engineering (IOSR-JMCE) - Year 2018, Vol 15, Issue 1
Abstract
This study introduces a real-time condition assessment diagnosis system for landing pier-type wharf structures based on the Internet of things. This system is comprised of (a) installation of FBG sensors (strain, displacement, and speedometer) to the wharf structure, (b) wireless transmission of collected data, and (c) realtime data analysis to determine structure stability. The real application of this system has been carried out on a wharf structure situated in Marayng-Meon, Korea. This system utilizes LTE communication protocol to transfer sensed data to the IoT gateway. The proposed system utilizes assessment algorithm to comprehensively analysis the stability of the structure and determines the damage information. This system stores data and share information in real time with the remote users such as safety supervisor via Smartphones. Moreover, this system warns by sending an alarm and LED digital display boardon the structure. Thus, the proposed system enhances the functional efficiency and objective evaluation on monitoring of wharf structure by connecting it with IoT sensors, telecommunication, and real-time structural analysis.
Authors and Affiliations
ByungWan Jo, JunHo Jo, JungHoon Kim, Rana Muhammad Asad Khan, Manuscript draft
Keywords
Related Articles
- EP ID EP437701
- DOI 10.9790/1684-1501040107.
- Views 66
- Downloads 0
Evaluation of operating characteristics of a HFO fired Diesel Engine Power Plant in Bangladesh
This study aims at investigating the performance of a 50 MW capacity Diesel engine power plant run mostly byHFO (heavy fuel oil). The plant consists of six identical Diesel engines of 20 cylinders in each, arranged in V-...
Mechanical Properties and Flexural behavior of Papercrete Concrete
A sustainable concrete structure is constructed to ensure that the total environmental impact during its life cycle, including its use, will be minimal. Sustainable concrete should have a very low inherent energy require...
Characterization and Utilization of ETP Sludge of an Automobile Industry for Development of Construction Product
Laboratory scale studies were carried out for partial utilization of ETP sludge generated from an automobile industry for the development of building products. The chemical properties were determined using XRF show that...
Study On Exhaust Heat Exchanger For Enhancement Of Thermoelectric Power Generation By CFD
- In recent years with the advancement of thermo-electric materials, direct conversion of heat energy into electrical energy becomes possible. Thermoelectric technology is used for recovering heat energy loses from engin...
Effect of Rice Husk Ash on the Compaction and Strength Properties of Shed Soil Treated With Carbide Lime and Sodium Hydroxide
The locally available shedi soil in Mangalore coast has been used in this investigation. The shedi soil which is also known as lithomargic soil is found to be problematic which is reported by many investigators due to it...