碾压法是堤坝等土方工程中利用碾压机械压实土体的填筑方法。
研究成果证明了冲击碾压法在消除浅层地基液化领域的适用性。
The output of this research work increases the confidence of using impact roller compaction technique in the field of shallow ground liquefaction treatment.
因此，冲击碾压法处理地基是有效和实用的，且生产效率高，可在黄土地区路基工程中推广应用。
Therefore the treatment of subgrade with IGM is effective, practical and has high production efficiency. And it can get a wide use in highway loess foundation engineering.
为了解随焊冲击碾压法机理，用数值计算方法对冲击碾压轮引起薄壁结构焊缝金属塑性流变行为和应变场变化进行了分析。
The plastic flow and the variation of the strain field in welds caused by impact rollers were analyzed numerically to study the effect of weld with trailing impact rolling (WTIR).
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