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2014•Journal of China Maritime Police AcademyRequires access

Application of Finite Element Technology on Structure Design of Underwater Vehicles Based on Solidworks

Zhao Shu-pe

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Abstract

This paper introduces the problem as regards that underwater vehicles' thrusters carriage how to select material. In this paper, we have applied Solidworks finite element analysis technology to analyze 1060 aluminum alloy, ABS engineering plastics and PP polypropylene. According to design guideline and results of analysis, the PP polypropylene is the most appropriate material to make the underwater vehicles' thrusters carriage.

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What this paper is about

This paper introduces the problem as regards that underwater vehicles' thrusters carriage how to select material. In this paper, we have applied Solidworks finite element analysis technology to analyze 1060 aluminum alloy, ABS engineering plastics and PP polypropylene. According to design guideline and results of analysis, the PP polypropylene is the most appropriate material to make the underwater vehicles' thrusters carriage.

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Available abstract

This paper introduces the problem as regards that underwater vehicles' thrusters carriage how to select material. In this paper, we have applied Solidworks finite element analysis technology to analyze 1060 aluminum alloy, ABS engineering plastics and PP polypropylene. According to design guideline and results of analysis, the PP polypropylene is the most appropriate material to make the underwater vehicles' thrusters carriage.

Key concepts: Finite element method, Underwater, Engineering, Mechanical engineering, Polypropylene, Structural engineering, Marine engineering, Engineering drawing

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