用有限元分析分析结肠镜高级运动的新方法

M. Rabie, M. Aref, M. Hamdan, T. Gourlay
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引用次数: 0

摘要

结肠癌分别是男性和女性的第二和第三高风险癌症。没有明确的方法来抑制这种疾病,但有一些方法可以减少它。这包括某些类型的饮食,阿司匹林或止痛药等药物,并教育人们了解其伴随症状。结直肠癌筛查的方法有多种,如体格检查、患者病史、直肠指检、钡灌肠、乙状结肠镜检查、虚拟结肠镜检查、结肠镜检查和胶囊装置等,是结直肠癌筛查发现和调查本病的几种方法。利用ANSYS有限元分析软件对电磁作动器进行了设计和建模。为了优化安全穿透和降低穿孔风险,研究了不同的执行器用于结肠镜引导通过结肠困难区域。目前的工作产生了一种新型电磁致动器的框架,可用于结肠镜的驱动和导航目的,它可以产生均匀分布的磁场,能够产生高磁力。
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A New Approach for Colonosocpy Advanced Movement using Finite Element Analysis
Colon cancer is the second and third of the highest risk cancers for both men and women, respectively. There is no definite approach to inhibit the disease, but there are some methods that can be followed for decreasing it. This includes certain types of diets, medicines like aspirin or pain killers and educating people about its accompanying symptoms. There are several methods for colorectal cancer screening for detection and investigation of this disease such as Physical exam, patient’s history, digital rectal exam, barium enema, sigmoidoscopy, virtual colonoscopy, colonoscopy and capsule-like devices are several methods for colorectal cancer screening to detect and investigate this disease.ANSYS FEA software have been utilized for designing and modelling the electromagnetic actuators. Different actuators have been investigated for the colonoscope guidance through difficult regions of the colon, with the objective of optimizing safe penetration and reducing the risk of perforation.The present work produced a framework for novel electromagnetic actuators that can be used for colonoscope actuation and navigation purposes, which can produce a uniformly distributed magnetic field capable of generating high magnetic forces.
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