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- odd sided hollow steel rod 奇数边中空钢
- Odd Number Side Hollow Steel 奇数边中空钢
- odd number side hollow drill steel 奇数边中空钢
- A steel rod is provided to turn adjusting collar. 提供一条钢条用于旋转调节轴套。
- Resting atop it is a hollow steel pole. 休息看去,它是一个空心钢管杆。
- The concrete walls are reinforced with steel rods. 混凝土墙是用钢筋加固的。
- Hollow steel, 6 cm thick -10 cm range. 铁壳中空,厚6厘米-10厘米不等。
- A steel rod with a sharp point,used for breaking up blocks of ice. 有尖头的钢棒,用来打碎冰筷。
- The wooden beams were fortified with steel rods. 木梁由钢条所加固。
- The going wasn't easy, she slipped on a piece of ragged concrete and tore her dress on a rusty bit of steel rod. 走进去不是那么容易的,她踩了一块碎的水泥滑了一下,给一根锈钢条刮破了衣服。
- Rheumatism is much by catch a cold together, expression to wander the gender aches, after can be odd side joint, individual joint comes on, articulatory and unwell, hair is cool, encounter cold accentuation, encounter heat to alleviate. 风湿多由着凉一起,表现为游走性疼痛,可为单侧关节后单个关节发病,关节不适,发凉、遇冷加重,遇热缓解。
- In 1934 the scientist William Beebe dived 3,000 feet below the surface in a hollow steel ball. 1934年一位名叫威廉.;毕布的科学家乘坐一个空心的钢球,潜入海面以下3
- These steel rods have an average length of 150 cm. 这些钢棒的平均长度为150公分.
- The wooden beams were fortified with steel rods . 木梁由钢条所加固。
- The building will be braced up with steel rods. 这栋大厦将由钢条加固。
- The practical application of hollow steel ball, solid bolt ball and mine bolt ball to architectural engineering is introduced in this article. 介绍空心钢球、实心螺栓球体和水雷式螺栓球体在建筑工程中的实际应用
- After heat treatment, he laid a half-inch steel rod on the anvil and whacked it with the sword, nearly cutting the rod in half. 经过热处理后,他奠定了半英寸的砧钢线材和困乏它的剑,几乎减少了一半杆。
- Part-way through production, the older Hamilton Standard Hydromatic hollow steel propellers were replaced by new Curtiss Electric duraluminum propellers. 在生产进行到一半的时候,老式的哈密尔顿标准公司的液压驅動空心钢螺旋桨被新式的寇蒂斯公司电气驅動硬铝螺旋桨替代。
- Based on the analysis of derivation of calculating theory of steel rod, the sag discounting coefficient a is suggested to consider the moment stiffness of steel rod. 通过对钢棒计算理论的推导,提出使用垂度折减系数a来引入钢棒抗弯刚度的影响,并进一步指出其两大影响因素;
- Comparison experimental research on the ultimate strength of gusset plate joints of hollow steel tubes(HST) and concrete-filled steel tubes(CFST) were carried out in 12 specimens. 试验结果表明:空钢管试件在达到极限荷载时,节点板下空钢管发生严重局部屈曲而丧失承载力;钢管混凝土节点则在节点板下只发生轻微局部屈曲现象,具有较高的承载力。