A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BUILDING DISTORTION MEASUREMENT METHOD
To improve a management quality of soundness of a building in a construction of the existing building.SOLUTION: A distortion measurement method of the present building is configured to: set a measurement object area 30 of a distortion to a building 10 in accordance with a content of a construction; attach an optical fiber 40 to a surface of the measurement object area 30 in a state of close contact, while wiring the optical fiber so that a wiring route parallel with a direction of the distortion expected to occur in the measurement object area 30 is included; connect one end 40a of the optical fiber 40 to a measurement device; detect, by the measurement device, expansion/contraction in a range attached to the measurement object area 30 of the optical fiber 40; and measure an occurrence location and size of the distortion based on the basis of the detection result. Accordingly, the distortion actually occurring in the existing building 10 can be measured in real time, and further the distortion at many locations where the optical fiber 40 is attached to the measurement object area 30 of the building 10 can be measured, which in turn a management quality of soundness of the building 10 can be improved.SELECTED DRAWING: Figure 2
【課題】既設の建築物の工事において建築物の健全性の管理品質を高める。【解決手段】本建築物のひずみ計測方法は、工事の内容に応じて建築物１０にひずみの計測対象領域３０を設定し、この計測対象領域３０で発生が想定されるひずみの方向と平行な配線ルートが含まれるように配線しながら、光ファイバ４０を計測対象領域３０の表面へ密着させて取り付け、光ファイバ４０の一端４０ａを計測装置に接続し、計測装置により、光ファイバ４０の計測対象領域３０に取り付けられた範囲の伸縮を検出し、この検出結果に基づいて、ひずみの発生位置及び大きさを計測する。これにより、既設の建築物１０に実際に発生するひずみをリアルタイムで計測することができ、しかも、光ファイバ４０の、建築物１０の計測対象領域３０に取り付けられた多くの位置でひずみを計測することができるため、建築物１０の健全性の管理品質を高めることができる。【選択図】図２
BUILDING DISTORTION MEASUREMENT METHOD
To improve a management quality of soundness of a building in a construction of the existing building.SOLUTION: A distortion measurement method of the present building is configured to: set a measurement object area 30 of a distortion to a building 10 in accordance with a content of a construction; attach an optical fiber 40 to a surface of the measurement object area 30 in a state of close contact, while wiring the optical fiber so that a wiring route parallel with a direction of the distortion expected to occur in the measurement object area 30 is included; connect one end 40a of the optical fiber 40 to a measurement device; detect, by the measurement device, expansion/contraction in a range attached to the measurement object area 30 of the optical fiber 40; and measure an occurrence location and size of the distortion based on the basis of the detection result. Accordingly, the distortion actually occurring in the existing building 10 can be measured in real time, and further the distortion at many locations where the optical fiber 40 is attached to the measurement object area 30 of the building 10 can be measured, which in turn a management quality of soundness of the building 10 can be improved.SELECTED DRAWING: Figure 2
【課題】既設の建築物の工事において建築物の健全性の管理品質を高める。【解決手段】本建築物のひずみ計測方法は、工事の内容に応じて建築物１０にひずみの計測対象領域３０を設定し、この計測対象領域３０で発生が想定されるひずみの方向と平行な配線ルートが含まれるように配線しながら、光ファイバ４０を計測対象領域３０の表面へ密着させて取り付け、光ファイバ４０の一端４０ａを計測装置に接続し、計測装置により、光ファイバ４０の計測対象領域３０に取り付けられた範囲の伸縮を検出し、この検出結果に基づいて、ひずみの発生位置及び大きさを計測する。これにより、既設の建築物１０に実際に発生するひずみをリアルタイムで計測することができ、しかも、光ファイバ４０の、建築物１０の計測対象領域３０に取り付けられた多くの位置でひずみを計測することができるため、建築物１０の健全性の管理品質を高めることができる。【選択図】図２
BUILDING DISTORTION MEASUREMENT METHOD
建築物のひずみ計測方法
NAKAYAMA SATOSHI (author) / SHOMURA MITSUHIRO (author) / NATORI TAKASHI (author)
2022-06-27
Patent
Electronic Resource
Japanese
IPC:
G01B
MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS
,
Messen der Länge, der Dicke oder ähnlicher linearer Abmessungen
/
E04G
SCAFFOLDING
,
Baugerüste
/
E04H
Gebäude oder ähnliche Bauwerke für besondere Zwecke
,
BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
/
F16F
SPRINGS
,
Federn
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