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Benchmarks to minimize water leakages in basements
Basement defects such as water seepages/leakages are tedious and expensive to rectify. Intensive research has been conducted to study the problem type, their causes and preventive measures. The study explored 987 water seepage/leakage cases in 61 buildings. Eleven significant factors leading to the occurrence of water seepage in basements were identified. The implications of six benchmarks, namely: degree of water-tightness; safety measures for structural concrete; performance of waterproofing systems; integrity of basement structure; provision for movement and quality of compaction in concreting, for minimizing four types of water seepage/leakage problems in basements are discussed.
Benchmarks to minimize water leakages in basements
Basement defects such as water seepages/leakages are tedious and expensive to rectify. Intensive research has been conducted to study the problem type, their causes and preventive measures. The study explored 987 water seepage/leakage cases in 61 buildings. Eleven significant factors leading to the occurrence of water seepage in basements were identified. The implications of six benchmarks, namely: degree of water-tightness; safety measures for structural concrete; performance of waterproofing systems; integrity of basement structure; provision for movement and quality of compaction in concreting, for minimizing four types of water seepage/leakage problems in basements are discussed.
Benchmarks to minimize water leakages in basements
Chew, M.Y.L. (author) / De Silva, Nayanthara (author)
Structural Survey ; 21 ; 131-145
2003-10-01
15 pages
Article (Journal)
Electronic Resource
English
Benchmarks to minimize water leakages in basements
Online Contents | 2003
|Benchmarks to minimize water leakages in basements
British Library Online Contents | 2003
|NTIS | 1961
|Online Contents | 1994
Engineering Index Backfile | 1962
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