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TranslationMobile

地基處理夯實樁
夯實樁

"compact" in Chinese : adj. 1.擠滿的，密集的；緊密的；(物質(zhì))致密的；( ...
"pile" in Chinese : pile5 n. 1.桿木，木樁，橋樁。 2 ...
"centrifugal compacting" in Chinese : 離心塑型; 離心壓壞; 離心壓坯
"coil compacting" in Chinese : 帶卷卷緊
"cold compacting" in Chinese : 常溫壓制; 冷壓
"compacting action" in Chinese : 壓實作用
"compacting by centrifuging" in Chinese : 離心塑型; 離心壓塑
"compacting by extrusion" in Chinese : 擠壓壓塑
"compacting by rolling" in Chinese : 軋壓成型; 軋壓成形
"compacting conditions" in Chinese : 壓塑條件
"compacting conveyor" in Chinese : 接取機(jī)
"compacting crack" in Chinese : 夾層
"compacting effect" in Chinese : 壓實效果
"compacting equipment" in Chinese : 壓實設(shè)備
"compacting factor" in Chinese : 密實系數(shù); 壓緊系數(shù); 壓緊因數(shù); 壓實系數(shù); 壓縮系數(shù); 致密系數(shù)

Examples

Haveing the benefit of vibratory roller and bulldozer , it easily bulldozes and compacts piles of garbage
將振動壓路機(jī)和推土機(jī)功能有機(jī)結(jié)合起來，便于把成堆的垃圾推平后壓實。
Application of cpt technology in the loess area , the bearing capacity of artificial composite ground is determined . moreover , the correspondence relationship between the curve feature of cpt and the compact effect of lime - mud soil compact pile is discussed
論述了靜力觸探( cpt )技術(shù)在黃土地區(qū)對人工復(fù)合地基承載力的確定，以及靜力觸探曲線特征與灰土擠密樁擠密效果的對應(yīng)關(guān)系。
With an actual ground source heat pump system example , based on the hourly calculation of annual cooling and heating load , carries out numerical simulation on heat transfer characteristics of the soil around compact pile - buried underground heat exchangers with large land area
摘要以一實際地源熱泵系統(tǒng)為例，在全年逐時負(fù)荷計算的基礎(chǔ)上，對大面積密集型樁埋換熱器管群周圍土壤的換熱特性進(jìn)行了數(shù)值模擬。
Considering the past research results , frost resistance of concrete using portland cement , and the designed service life of 100 years of testing bridge , the control indexes of high durability concrete are defined in this paper . mixture proportion of concrete used in pier column , coping , precast box beam and plate of bridge is designed based on the compact pile theory , and construction technique is studied also
結(jié)合課題組以往的研究成果,根據(jù)試驗橋設(shè)計使用壽命100年的要求,確定出高耐久性混凝土的設(shè)計控制指標(biāo),基于最緊密堆積原理和最佳漿骨比原理對橋梁的墩柱、蓋梁、預(yù)制箱梁和橋面板用高耐久性混凝土的配合比進(jìn)行設(shè)計,并對其施工應(yīng)用技術(shù)進(jìn)行了研究。