| Summary: | 碩士 === 國立高雄應用科技大學 === 土木工程與防災科技研究所 === 102 === Kaohsiung complex geology, soft loose sand interbedded clay and silt soil characteristics intricate Individually each region, the degree of difficulty of retaining excavation is also different, retaining Excavation damage neighborhood since the 1980s, the construction of buildings in Kaohsiung incidents continue, frequent disputes, from July 1993, Kaohsiung City Government works construction construction Management Office in order to prevent disasters and loss of neighborhood events, the implementation of building construction works construction plan review, a significant reduction in excavation damage retaining neighborhood events, received good results.
In this paper, modeling and Google earth to do a combination of the use Dreamwaver create web pages and publishing, from July 1993 to date the construction of the Kaohsiung area, about 800 buildings in 2014, the book case construction plan, summarize and organize the construction site, open dig deep, deep retaining wall, geological distribution, will face an effective technique geological cataclysm that reason, to protect their house nearby and the occurrence of disasters, such as construction, increased at any time updated in the cloud for civil construction and other professional engineering personnel and create public reference planning.
Case construction plan of the cloud by Professor Shen Maosong National Kaohsiung University of Applied Sciences is responsible for "uplift analysis, failure analysis flow of sand, perforated type quicksand failure analysis, failure analysis on the move to avoid the analysis of the groundwater table and the corresponding decrease in the depth of the disaster" and "retaining wall construction methods and geological disaster prevention measures and analytical analysis policyholders Adjacent Building construction ", the cloud data accumulated by this excavation retaining wall adjacent building and engineering experience to construct the construction of the data protection area, public feedback and understand their methods and eliminate the causes of the disaster, and to explore and Countermeasures.
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