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2013 (Vol. 5, Issue: 13)
Article Information:

Design and Simulation of Jet-driven Vascular Robot

Jiang Fan and Liu Zhenzhang
Corresponding Author:  Jiang Fan 

Key words:  Dynamics mesh, jet-driven, numerical simulation, posture adjustment, propel force, variable pump, vascular robot
Vol. 5 , (13): 3508-3519
Submitted Accepted Published
June 13, 2012 July 04, 2012 April 15, 2013
Abstract:

For driven and adjustment attitude shortcomings of the existing vascular robot, a jet-driven vascular robot is designed, consists of the upper and lower shell, micro-batteries, variable pump, radio control block, 12 suction nozzles, 24 2/2-way solenoid valves and operation mechanism. The propel force of jet-driven, pressure in elastic capsule, propulsive efficiency and other parameters of vascular robot are analyzed, the propulsive efficiency is 41.6% in initial calculation. The flow path control method of robot posture adjustment in vascular is obtained. CFD technology is used to analyze the flows with capsule contraction and expansion of variable pump and the external flow field characteristics of vascular robot under the moving mode and the posture adjustment. The results show that the contraction and expansion of the variable pump can jet and suck the fluid, to drive vascular robot go straight in blood vessel, in the same time, the pressure field and velocity field under condition of pitch and roll, is met to the movement trend of the robot correspondingly.
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  Cite this Reference:
Jiang Fan and Liu Zhenzhang, 2013. Design and Simulation of Jet-driven Vascular Robot.  Research Journal of Applied Sciences, Engineering and Technology, 5(13): 3508-3519.
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ISSN (Online):  2040-7467
ISSN (Print):   2040-7459
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