Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction
碩士 === 國立臺北科技大學 === 土木與防災研究所 === 101 === In recent years, in order to enhance people''s quality of life, the Taipei City Government to promote the project through the road level and positive handling road construction and maintenance management operations, the lack of reason from the past...
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ndltd-TW-101TIT056530792019-05-15T21:02:29Z http://ndltd.ncl.edu.tw/handle/es6nvk Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction 透地雷達技術應用於道路管線施工品質控制之可行性研究 Thou-Chieh Liu 劉守傑 碩士 國立臺北科技大學 土木與防災研究所 101 In recent years, in order to enhance people''s quality of life, the Taipei City Government to promote the project through the road level and positive handling road construction and maintenance management operations, the lack of reason from the past to review and actively improve the quality of service to improve the road. Under the current city and county roads pipelines laid intricate, accompanied by the growing number of cases also apply to dig people and caused inconvenience to road users, after all, industrial and consumer use pipelines variety and volume, so when performing pipeline laying, maintenance or migration action must be excavated for road construction. However, the construction unit of varying quality have tended to backfill compaction is not real, human (hand) around the hole caused by the elevation difference uneven pavement, making the existing road pavement cracks, rutting and potholes and other circumstances occur, seriously affecting the smooth road reduced to the condition that at the standard of services and the public road traffic of inconvenience. In this study, through non-destructive testing complement existing mechanisms for the construction of the missing after checking in advance underground pipeline detection position detection time from the point of view requires only 8% of the original, about 20 minutes or so that you can test is completed, the test results are with 95% confidence that the error is detected in the allowable error within. Therefore, this study suggests that penetrating radar detection of the pipeline on the road is feasible. 王隆昌 2013 學位論文 ; thesis 101 zh-TW |
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碩士 === 國立臺北科技大學 === 土木與防災研究所 === 101 === In recent years, in order to enhance people''s quality of life, the Taipei City Government to promote the project through the road level and positive handling road construction and maintenance management operations, the lack of reason from the past to review and actively improve the quality of service to improve the road. Under the current city and county roads pipelines laid intricate, accompanied by the growing number of cases also apply to dig people and caused inconvenience to road users, after all, industrial and consumer use pipelines variety and volume, so when performing pipeline laying, maintenance or migration action must be excavated for road construction. However, the construction unit of varying quality have tended to backfill compaction is not real, human (hand) around the hole caused by the elevation difference uneven pavement, making the existing road pavement cracks, rutting and potholes and other circumstances occur, seriously affecting the smooth road reduced to the condition that at the standard of services and the public road traffic of inconvenience.
In this study, through non-destructive testing complement existing mechanisms for the construction of the missing after checking in advance underground pipeline detection position detection time from the point of view requires only 8% of the original, about 20 minutes or so that you can test is completed, the test results are with 95% confidence that the error is detected in the allowable error within. Therefore, this study suggests that penetrating radar detection of the pipeline on the road is feasible.
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author2 |
王隆昌 |
author_facet |
王隆昌 Thou-Chieh Liu 劉守傑 |
author |
Thou-Chieh Liu 劉守傑 |
spellingShingle |
Thou-Chieh Liu 劉守傑 Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
author_sort |
Thou-Chieh Liu |
title |
Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
title_short |
Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
title_full |
Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
title_fullStr |
Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
title_full_unstemmed |
Study On the Feasibility of Applying GPR to Quality Control for Pipeline Construction |
title_sort |
study on the feasibility of applying gpr to quality control for pipeline construction |
publishDate |
2013 |
url |
http://ndltd.ncl.edu.tw/handle/es6nvk |
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