城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2014年
4期
267-267
,共1页
强夯法%湿陷性黄土地基%施工工艺
彊夯法%濕陷性黃土地基%施工工藝
강항법%습함성황토지기%시공공예
dynamic compaction%col apsible loess foundation%construction technology
湿陷性黄土路基的抗压性和抗冻性不佳，为了增加路基的抗压性和抗冻性，可以应用强夯法来解决。强夯法对能源的节约起到了很好的作用，值得在施工中推广和学习。本文主要讲述强夯法在解决湿陷性黄土路基中的施工工艺。
濕陷性黃土路基的抗壓性和抗凍性不佳，為瞭增加路基的抗壓性和抗凍性，可以應用彊夯法來解決。彊夯法對能源的節約起到瞭很好的作用，值得在施工中推廣和學習。本文主要講述彊夯法在解決濕陷性黃土路基中的施工工藝。
습함성황토로기적항압성화항동성불가，위료증가로기적항압성화항동성，가이응용강항법래해결。강항법대능원적절약기도료흔호적작용，치득재시공중추엄화학습。본문주요강술강항법재해결습함성황토로기중적시공공예。
Col apsible loess subgrade has poor compressive strength and frost resistance, in order to increase the compress-ive strength and frost resistance, can use the dynamic compa-ction method to solve. The dynamic compaction method has good ef ect on energy saving, and is worthy of promotion and learning in construction. This paper is mainly about the const-ruction technology of dynamic compaction method in solving the col apsible loess subgrade in the construction process.
