A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
TUNNEL CONSTRUCTION SUPPORT SYSTEM AND PROGRAM
To check a condition of an injection material at a tunnel cross section where the most recent reinforcement work in front of a face has been carried out, and at the ground behind that, to check the condition of the ground stability, and to display the injection condition of the injection material in a 3D model and create a CIM.SOLUTION: In a tunnel construction support system, a control unit 11 of a tunnel construction support device 1 uses the final injection pressure of an injection material for each of divided areas identified by the divided area identification information imported and stored in a memory unit 13, and measurement point information, tunnel cross-section information, injection hole 101 opening position information, extension state information of a space of the injection hole 101, and area information, stored in a memory unit 12, to generate and output a 3D injection situation model that visually shows the final injection pressure of each of the divided areas corresponding to the divided area identification information at multiple measurement points corresponding to multiple measurement point information including the measurement point of the foremost end of the tunnel excavation.SELECTED DRAWING: Figure 5
【課題】直近で切羽前方補強工が施工されたトンネル断面に加え、それより後方の地山における注入材の注入状況の良否、地山安定性の良否を確認できると共に、注入材の注入状況を３次元モデルで示してＣＩＭ化できる。【解決手段】トンネル施工支援装置１の制御部１１が、取り込んで記憶部１３に格納する区分領域識別情報で特定される区分領域のそれぞれに対する注入材の最終注入圧と、記憶部１２に格納する測点情報とトンネル断面情報と注入孔１０１の開口部位置情報と注入孔１０１の空間部の延長状態情報と領域情報を用い、トンネル掘進の最前端の測点を含む複数の測点情報に対応する複数の測点において、区分領域識別情報に対応する区分領域のそれぞれの最終注入圧を視覚的に示す３Ｄ注入状況モデルを生成し、出力するトンネル施工支援システム。【選択図】図５
TUNNEL CONSTRUCTION SUPPORT SYSTEM AND PROGRAM
To check a condition of an injection material at a tunnel cross section where the most recent reinforcement work in front of a face has been carried out, and at the ground behind that, to check the condition of the ground stability, and to display the injection condition of the injection material in a 3D model and create a CIM.SOLUTION: In a tunnel construction support system, a control unit 11 of a tunnel construction support device 1 uses the final injection pressure of an injection material for each of divided areas identified by the divided area identification information imported and stored in a memory unit 13, and measurement point information, tunnel cross-section information, injection hole 101 opening position information, extension state information of a space of the injection hole 101, and area information, stored in a memory unit 12, to generate and output a 3D injection situation model that visually shows the final injection pressure of each of the divided areas corresponding to the divided area identification information at multiple measurement points corresponding to multiple measurement point information including the measurement point of the foremost end of the tunnel excavation.SELECTED DRAWING: Figure 5
【課題】直近で切羽前方補強工が施工されたトンネル断面に加え、それより後方の地山における注入材の注入状況の良否、地山安定性の良否を確認できると共に、注入材の注入状況を３次元モデルで示してＣＩＭ化できる。【解決手段】トンネル施工支援装置１の制御部１１が、取り込んで記憶部１３に格納する区分領域識別情報で特定される区分領域のそれぞれに対する注入材の最終注入圧と、記憶部１２に格納する測点情報とトンネル断面情報と注入孔１０１の開口部位置情報と注入孔１０１の空間部の延長状態情報と領域情報を用い、トンネル掘進の最前端の測点を含む複数の測点情報に対応する複数の測点において、区分領域識別情報に対応する区分領域のそれぞれの最終注入圧を視覚的に示す３Ｄ注入状況モデルを生成し、出力するトンネル施工支援システム。【選択図】図５
TUNNEL CONSTRUCTION SUPPORT SYSTEM AND PROGRAM
トンネル施工支援システム及びプログラム
MANO SHINJI (author) / MAKABE YUKI (author) / TAKI HODAKA (author)
2024-09-20
Patent
Electronic Resource
Japanese
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