Development of Amphibian Robot for Ship Hull Cleaning

Muhammad Ammar Nor Azman, M. Faizal, Z. Z. Abidin, A. I. Ibrahim, M. A. Yamin, M. N. M. Salim, Marmeezee Mohd. Yusoff
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Abstract

Divers and inspectors are primarily in charge of a ship’s services and maintenance, which include a wide range of difficult tasks such as cleaning ship’s hull, inspecting the ship’s surface, and so on. In general, ship surfaces are cleaned on a regular basis, whereas drydock inspections are done once a year. This practices aids in ensuring low fuel economy of a ship’s performance; nonetheless, the process to execute the work has been identified as high risk. Considering how rapidly technology has advanced, a practical solution is needed. As a result, a new and inventive strategy is required to address these difficulties. This research describes the development of a permanent magnet wall climbing robot with a detachment platform. To demonstrate the concepts, a number of simulations and tests were performed on a prototype robot. The performance of the wall-climbing robot has been investigated, and further discussions regarding the experiments have been conducted in the research.
用于船体清洗的两栖机器人研制
潜水员和检查员主要负责船舶的服务和维护,其中包括一系列艰巨的任务,如清洁船体,检查船舶表面等。一般来说,船舶表面是定期清洁的,而干船坞检查是一年一次。这种做法有助于确保船舶性能的低燃油经济性;尽管如此,执行工作的过程已被确定为高风险。考虑到技术进步的速度,需要一个切实可行的解决方案。因此,需要一种新的和创造性的战略来解决这些困难。本研究描述了一种带分离平台的永磁爬壁机器人的研制。为了演示这些概念,在原型机器人上进行了许多模拟和测试。对爬壁机器人的性能进行了研究,并对实验进行了进一步的讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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