通倉澆築 的英文怎麼說

中文拼音 [tōngcāngjiāo]
通倉澆築 英文
pouring without longitudinal joint
  • 通 : 通量詞（用於動作）
  • 倉 : 名詞1. （倉房; 倉庫） storehouse; warehouse 2. （姓氏） a surname
  • 澆 : 澆名詞（姓氏） a surname
  • 築 : 築名詞（貴陽的別稱） another name for guiyang
  1. Five aspects, such as the highest temperature in the middle of block, maximum horizontal stress, average stresses of any sections, stress changing process of typical points, and stress changing range between tension and compression, are discussed in detail

    從各塊體中部最高溫度、最大水平約束應力、斷面平均水平約束應力、典型點應力發展過程、正反向應力變幅等5個方面，比較系統地闡述了大體積混凝土通倉澆築問題。
  2. In harsh climate region, the air temperature changes greatly between winter and summer. rcc dam are usually placed without bulk and longitudinal joints, and left free in winter. thus, it ' s unique thermal stress time - space distribution rule increases the difficulty of temperature control and crack control of rcc dam

    由於嚴寒地區冬季氣候寒冷、年內氣溫變化幅度大；碾壓混凝土壩採取通倉澆築、不分縱縫以及越冬長間歇式的施工方法，使其具有獨特的溫度應力時空分佈規律，更增加了碾壓混凝土壩溫控與防裂難度。
  3. 4. traditional theories for restrained stress of mass concrete does not agree with the construction method of long block without longitudinal joints, but now more and more dams are being constructed this way. by numerical simulating, this paper studies the temperature in and thermal stress developing process of column concrete blocks with different lengths ( 20m, 40m, 60m, 80m, 120m )

    針對常規的混凝土應力計算方法不支持長澆築塊的通倉澆築方案，而通倉澆築方法卻在工程實際得到越來越多的應用（如二灘，最長澆築塊為60m ；溪洛渡，最長澆築塊為69m ）的情況，通過數值模擬分析計算方法，在同等條件下計算了不同澆築塊長度（ 20m 、 40m 、 60m 、 80m 、 120m ）的溫度過程與應力發展過程。
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