试验分析了荷载和干湿交替环境共同作用下CFRP -钢界面破坏特征、极限荷载影响和破坏机理。
The ultimate bear capacity, the failure characteristics of the CFRP and steel interface are studied after long term loading and dry-wet cycling.
在防雨棚盆栽试验条件下，以“A115”、“4185”为材料，用干湿交替方法研究了3种水分组合下小麦的水分利用效率与生物学性状的相关关系。
Correlative analysis among water use efficiency and others traits of wheat varieties A115 and 4185 was studied by pot cultivation under rainproof shelter with 3 alternate drying-wetting treatments.
对干湿交替下混凝土表层内水分传输过程进行了理论和试验研究。
The moisture transport processes in concrete cover under drying-wetting actions through modeling and experiments was investigated.
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