A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
COMPREHENSIVE EVACUATION SUPPORT BUILDING WITH WING
PROBLEM TO BE SOLVED: To provide a foundation pile work technology and a building skeleton work technology for constructing a comprehensive evacuation building as an artificial high platform, in preparation for large-scale natural disasters such as earthquake, tsunami and others caused by global warming.SOLUTION: A comprehensive evacuation building adopts a foundation pile work using a hollow tubular pile driven by a rotary drill and an ALC plate method, and therefore may be completed promptly. The hollow tubular pile driven by a rotary drill comprises a tip part s and an intermediate joining tube r. When the pile is driven from a ground surface p to a bedrock t, soil remains in the hollow part and only the hollow tube is buried deep underground. This eliminates the need for removing a large volume of surplus soil. Together with the ALC plate method that uses ALC plates volume-produced elsewhere, both the construction time and labor may be saved.
【課題】自然の猛威である大地震や大津波及び地球温暖化による大災害に備え、人工的高台である総合避難ビルを建設するための、基礎杭工事技術及び建物躯体工事技術を提供する。【解決手段】総合避難ビルは、回転ドリル式空洞管基礎杭打ち工事とＡＬＣ板工法により早期完成が可能であり、回転ドリル式空洞管基礎杭は先端部ｓと中つなぎ管ｒによって構成され、地表ｐから岩盤ｔまで打っても空洞の中に土が残って空洞管のみが地中に深く潜り込むため多くの残土処理を防ぐことが出来、別所で大量生産されたＡＬＣ板工法とにより、時間、労務量の削減が出来る構成とする。【選択図】図１−４
COMPREHENSIVE EVACUATION SUPPORT BUILDING WITH WING
PROBLEM TO BE SOLVED: To provide a foundation pile work technology and a building skeleton work technology for constructing a comprehensive evacuation building as an artificial high platform, in preparation for large-scale natural disasters such as earthquake, tsunami and others caused by global warming.SOLUTION: A comprehensive evacuation building adopts a foundation pile work using a hollow tubular pile driven by a rotary drill and an ALC plate method, and therefore may be completed promptly. The hollow tubular pile driven by a rotary drill comprises a tip part s and an intermediate joining tube r. When the pile is driven from a ground surface p to a bedrock t, soil remains in the hollow part and only the hollow tube is buried deep underground. This eliminates the need for removing a large volume of surplus soil. Together with the ALC plate method that uses ALC plates volume-produced elsewhere, both the construction time and labor may be saved.
【課題】自然の猛威である大地震や大津波及び地球温暖化による大災害に備え、人工的高台である総合避難ビルを建設するための、基礎杭工事技術及び建物躯体工事技術を提供する。【解決手段】総合避難ビルは、回転ドリル式空洞管基礎杭打ち工事とＡＬＣ板工法により早期完成が可能であり、回転ドリル式空洞管基礎杭は先端部ｓと中つなぎ管ｒによって構成され、地表ｐから岩盤ｔまで打っても空洞の中に土が残って空洞管のみが地中に深く潜り込むため多くの残土処理を防ぐことが出来、別所で大量生産されたＡＬＣ板工法とにより、時間、労務量の削減が出来る構成とする。【選択図】図１−４
COMPREHENSIVE EVACUATION SUPPORT BUILDING WITH WING
翼のある総合避難支援ビル
KIZEN NORIOKI (author)
2016-01-07
Patent
Electronic Resource
Japanese
| Wiley | 2021
Using BIM to support simulation of compliant building evacuation
| TIBKAT | 2016