电力勘测设计
電力勘測設計
전력감측설계
ELECTRIC POWER SURVEY
2014年
2期
44-49
,共6页
干振桩%检测%压缩比%三要素
榦振樁%檢測%壓縮比%三要素
간진장%검측%압축비%삼요소
dry vibrating piles%testing%compression ratio%three key elements
干振桩是江苏省电力设计院在20世纪80年代自主研发的一种地基处理方法。干振桩有其固有的特点，设计必须了解其施工工艺，在设计文件中应写明分段投料和振、压、挤方案及压缩比，即干振桩的质量“三要素”，只有这样才不会混淆成孔直径与成桩直径，不会用砂桩或其他桩型的施工工艺来打干振桩，才能确保干振桩的质量。干振桩的检测工作是检验施工成果是否达到设计要求的重要手段，设计文件中一定要明确检测的内容和数量，否则很可能被忽略。
榦振樁是江囌省電力設計院在20世紀80年代自主研髮的一種地基處理方法。榦振樁有其固有的特點，設計必鬚瞭解其施工工藝，在設計文件中應寫明分段投料和振、壓、擠方案及壓縮比，即榦振樁的質量“三要素”，隻有這樣纔不會混淆成孔直徑與成樁直徑，不會用砂樁或其他樁型的施工工藝來打榦振樁，纔能確保榦振樁的質量。榦振樁的檢測工作是檢驗施工成果是否達到設計要求的重要手段，設計文件中一定要明確檢測的內容和數量，否則很可能被忽略。
간진장시강소성전력설계원재20세기80년대자주연발적일충지기처리방법。간진장유기고유적특점，설계필수료해기시공공예，재설계문건중응사명분단투료화진、압、제방안급압축비，즉간진장적질량“삼요소”，지유저양재불회혼효성공직경여성장직경，불회용사장혹기타장형적시공공예래타간진장，재능학보간진장적질량。간진장적검측공작시검험시공성과시부체도설계요구적중요수단，설계문건중일정요명학검측적내용화수량，부칙흔가능피홀략。
Dry Vibrating Piling technique is a foundation treatment method innovated and developed by Jiangsu Province Electric Power Design Institute in the eighties of the last century. Dry vibration pile has its inherent characteristics, design must understand its construction technology. The feeding amount, portionwise feeding vibration pressurized , compression ratio are the“three key elements” which need to be specified in design document and strictly followed during the construction to ensure the quality of pilings. Only in this way, the pile diameter will not be confused with the steel pipe diameter, the construction method of dry vibrating piles will not be confused with the construction method of sand piles and other piles.Compulsory inspection which examine whether the construction meet the design requirements is an assurance quality important method . The particular of the inspection must be clearly specified in design document to avoid be ignored.
