Examples and countermeasures in close proximity construction - Solving issues in analysis work -
As a method for evaluating the surrounding impacts of "proximity construction," it has become common to conduct impact verification through "analysis." However, in the current situation of labor shortages, we often hear concerns regarding typical analysis tasks, such as: - The people in the company who can perform analyses are at full capacity. - We do not have analysis software that matches the contracted content. - There is a lack of experience in analysis. - We would like to find external contractors who can handle analysis. At our company, we provide proposals that include various analyses along with countermeasures. We have compiled examples of problem-solving cases that may arise from analyses in proximity construction. We hope you find this helpful. 【Table of Contents】 - 01 Background of the increase in proximity construction - 02 Introduction of FEM analysis cases evaluating impacts during construction - Examination of the impact on existing bridge piers due to temporary earth retention and excavation work - Examination of the impact on existing railway tunnels due to newly constructed cast-in-place piles - Examination of the impact of lightweight embankments close to railways *For more details, please download the PDF or feel free to contact us.
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【Recommended for the following people】 ■General Contractors *For more details, please download the PDF or feel free to contact us.
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Reinforced soil refers to the technology used to build soil vertically high or to prevent collapse when soil is excavated. It is an essential technology in Japan, which is narrow and prone to earthquakes. Hirose Reinforced Soil Co., Ltd. also engages in civil engineering consulting using these methods.


