Design and Development of Pipe Traversing Robot
Sangam Rane, Miten Bawkar, Yash Mhatre, Shreyas Thakare, Shubham Rasal, Abhishek Sawant
International Journal of Analytical, Experimental and Finite Element Analysis
Volume 11: Issue 1, March 2024, pp 13-16
Author's Information
Sangam Rane1, Miten Bawkar2
Corresponding Author
Department of Mechanical Engineering, St. John College of Engineering, Palghar, India
sangamr@sjcem.edu.in
Yash Mhatre3, Shreyas Thakare4, Shubham Rasal5, Abhishek Sawant6
Department of Mechanical Engineering, St. John College of Engineering, Palghar, India
Abstract:-
Pipe inspection robots are devices that are placed inside pipes and check them for blockages or damage. Traditionally built offshore, these robots are expensive and often not adequately supported in the event of an accident or malfunction. This situation leads to restrictions in environmental services. Recently, pipes and pipes have been missing in many factories, and many machines have been developed for the inspection of these pipes in the past. Wired robots are already in practical use, but they have a lot of power and signal cables. Hence the new inspection robot. The use of wireless communication is considered very important for long pipelines and long pipelines such as straight, vertical and curved. However, sending a wireless signal is not very effective because the characteristics of the signal wave are affected by the shape and material of the pipe. For this purpose, we use metal pipes and ceramic pipes to measure the characteristics of the wireless signal and create a wireless communication signal.Index Terms:-
Pipe Inspection, Wireless Communication, Pipeline, Characteristic, Metal Pipe.REFERENCES
- Oh Haum. M Engeng.cu.edu.eg; Oil and Gas Pipeline Design, Repair and Maintenance, Department of Mining, Petroleum and Metallurgical Engineering, Cairo University, Egypt.
- AH Heidari, H Najjaran, M Mehrandezh, R Paranjape, Design, Development, Dynamic Analysis, and Control of a Pipe Crawling Robot, Robotics 2010 Current and Future Challenges, 2010,intechopen.
- SR Motghare, JA Mansuri, KS Rambhad, Component Design Verification and Modification of Double Roller Ginning Machine, International Journal of Analytical, Experimental and Finite element Analysis, Issue. 4, Vol. 1, Dec 2014, pp 22-26.
- SL Bhilare, GA Hinge, MA Kumbhalkar, KS Rambhad, Modification in gate valve using flexible membrane pipe for flow measurement, SN Applied Sciences 3, 1-21
- KH Jatakar, G Mulgund, AD Patange, BB Deshmukh, KS Rambhad, Multi-point face milling tool condition monitoring through vibration spectrogram and LSTM-Autoencoder, International Journal of Performability Engineering 18 (8), 570
- N Wargantiwar, K Rambhad, P Ballamwar, Hydraulic Systems and Hydraulic Leakages—A Review, International Journal of Analytical, Experimental and Finite Element Analysis (IJAEFEA) 4, 80-83
- K Rambhad, Design of glass cleaning robot for high buildings, International Journal of Analytical, Experimental and Finite Element Analysis, Volume 8, Issue 1, March 2021, pp 21 – 26.
- PH Sahare, NK Ade, MA Kumbhalkar, KS Rambhad, SD Polshettiwar, Manufacturing of foldable bicycle with finite element analysis of push-pull clamp, , AIP Conference Proceedings 2839 (1)
- K Rambhad, Surface roughness and hole size in BTA drilling using an artificial neural network, A Journal of Physical Sciences, Engineering and Technology 14 (2), 215-228
- Pramod H. Sahare, Manoj A. Kumbhalkar, Dhananjay B. Nandgaye, Sachin V. Mate, Hemlata A. Nasare “Concept of Artificial Intelligence in Various Application of Robotics”, International Proceeding of Economic Development and Research, Volume 6, ISSN 2010-4626, pp 115-119, 2011.
To view full paper, Download here .