101 FRP管の曲げに関する研究(OS 高分子及び高分子複合材料)

大塚 年久; 田村 宏; 小林 志好; 久保 真樹; Yukiyoshi KOBAYASHI

101 FRP管の曲げに関する研究(OS 高分子及び高分子複合材料)

大塚年久, 田村宏, 小林志好, 久保真樹, Yukiyoshi KOBAYASHI

機械工学科

研究成果: ジャーナルへの寄稿 › Misc

抄録

It is difficult to analyze the Filament Winding Pipe(FW Pipe) because fiber are complicatedly woound and FW Pipe is not lamina structure. In this study, the method to evaluate strengths and flexual rigidities of FW Pipes with several winding angles established with using Finite Element Method(FEM). Furthermore results of FEM analyzes were compared with result of three-point bending tests. As the result, both results of FEM analyses and experiments are quantitatively agreement with eath other. And it was found that flexual rigidity of FW Pipes small winding angle was became large value.

寄稿の翻訳タイトル	101 The Researth on the Bending of the FRP Pipe
本文言語	Japanese
ページ（範囲）	3 - 4
ジャーナル	Materials and processing conference
巻	2001
号	9
出版ステータス	出版済み - 2 11月 2001

引用スタイル

@article{6e72e3c3bc864a7087287db4134d0a07,

title = "101 FRP管の曲げに関する研究(OS 高分子及び高分子複合材料)",

abstract = "It is difficult to analyze the Filament Winding Pipe(FW Pipe) because fiber are complicatedly woound and FW Pipe is not lamina structure. In this study, the method to evaluate strengths and flexual rigidities of FW Pipes with several winding angles established with using Finite Element Method(FEM). Furthermore results of FEM analyzes were compared with result of three-point bending tests. As the result, both results of FEM analyses and experiments are quantitatively agreement with eath other. And it was found that flexual rigidity of FW Pipes small winding angle was became large value.",

author = "\{大塚年久\} and \{田村宏\} and \{小林志好\} and \{久保真樹\} and Yukiyoshi KOBAYASHI",

year = "2001",

month = nov,

day = "2",

language = "Japanese",

volume = "2001",

pages = "3 -- 4",

journal = "Materials and processing conference",

publisher = "The Japan Society of Mechanical Engineers",

number = "9",

}

TY - JOUR

T1 - 101 FRP管の曲げに関する研究(OS 高分子及び高分子複合材料)

AU - 大塚年久, null

AU - 田村宏, null

AU - 小林志好, null

AU - 久保真樹, null

AU - KOBAYASHI, Yukiyoshi

PY - 2001/11/2

Y1 - 2001/11/2

N2 - It is difficult to analyze the Filament Winding Pipe(FW Pipe) because fiber are complicatedly woound and FW Pipe is not lamina structure. In this study, the method to evaluate strengths and flexual rigidities of FW Pipes with several winding angles established with using Finite Element Method(FEM). Furthermore results of FEM analyzes were compared with result of three-point bending tests. As the result, both results of FEM analyses and experiments are quantitatively agreement with eath other. And it was found that flexual rigidity of FW Pipes small winding angle was became large value.

AB - It is difficult to analyze the Filament Winding Pipe(FW Pipe) because fiber are complicatedly woound and FW Pipe is not lamina structure. In this study, the method to evaluate strengths and flexual rigidities of FW Pipes with several winding angles established with using Finite Element Method(FEM). Furthermore results of FEM analyzes were compared with result of three-point bending tests. As the result, both results of FEM analyses and experiments are quantitatively agreement with eath other. And it was found that flexual rigidity of FW Pipes small winding angle was became large value.

M3 - Misc

VL - 2001

SP - 3

EP - 4

JO - Materials and processing conference

JF - Materials and processing conference

IS - 9

ER -

101 FRP管の曲げに関する研究(OS 高分子及び高分子複合材料)

抄録

フィンガープリント

引用スタイル