The link of steel sheeting with concrete in a composite deck slab relies on vertical wave troughs and indentations.
结果组合楼板中钢板与混凝土之间的联系主要依靠压型钢板的纵向波槽及压痕等。
The link of steel sheeting with concrete in a composite deck slab relies on vertical wave troughs and indentations.
对配置横向剪力钢筋的压型钢板-轻骨料混凝土组合楼板的抗滑移性能进行了研究。
For a change, consider one of the many composite deck products made from recycled plastic (like milk jugs) and wood fiber.
改变，考虑的其中一个复合甲板产品由回收塑料(如牛奶壶)和木纤维。
In such a "frozen" state composite deck boards are often placed into a warehouse and eventually sold to an end user, a customer.
在这样一个“冻结”状态下复合甲板板材放入仓库，并最终销售给最终用户，也就是客户。
According to Leonard, the composite concrete deck is also economical for triple-span cable-stayed suspension bridges, but only for those with a center span of up to 700 meters.
里奥哈特认为，组合混凝梁土对于三跨距的悬索拉桥来说也是十分经济的，不过仅限于中心跨度为700米以内的拉桥。
A space displacement field considering the deck local buckling for the plate - truss composite is constructed by using transverse finite stripe.
用有限个横向条带法构造了板桁组合结构极段考虑局部屈曲的空间位移模式。
Basically, a composite concrete deck consists of a concrete top slab, flanked on each side by concrete main beams, and a concrete middle beam.
组合混凝土梁的基本构成是顶部为混凝土平面，两侧为混凝土主梁，中间为混凝土中梁。
By turning a pair of composite eccentric bushings in the chassis and top deck, you can move the complete assembly forward or backward.
把一对复合偏心轴套在底盘和顶部甲板上，您可以提出完整的大会，向前或向后。
Composite bridge deck made from a variety of paving layer materials, due to the nonlinear stiffness characteristics, resulting in the force of composite bridge deck structure complex.
复合桥面铺装由多种材料分层铺筑而成，由于结构刚度的非线性特点，造成复合桥面铺装结构受力复杂。
Negative bending moment nearby the middle supports of composite steel-concrete continuous beam bridge, will cause floor deck concrete to crack and shorten its life.
钢-混凝土组合连续梁桥的中间支座附近为负弯矩区，会导致桥面混凝土开裂，缩短使用寿命。
Fengxi I bridge is the world's first suspension bridge with the ultra-high toughness bridge deck of STC concrete composite structure.
枫溪大桥是世界第一座STC超高韧性混凝土组合结构桥面悬索桥。
Using above-mentioned model to solve composite slab, strain of concrete and profiled steel deck, deflection, slide and bearing capacity of composite slab are analyzed.
利用以上模型对组合板进行有限元计算，分析了压型钢板及混凝土的应变、组合板挠度、滑移以及承载力随荷载及跨度的变化规律。
Meanwhile, analyze the impact of wheel drive force on the structure stress under the situation that vehicle pass the composite bridge deck with longitudinal slope.
同时，对车辆通过带纵坡的复合桥面铺时车轮驱动力对结构受力的影响进行了分析。
By changing the thickness of cold-form deck, thickness and strength of concrete, amount of steel stud and other parameters, the paper discussed the behavior of loaded composite-slab.
通过压型钢板厚度、砼板厚度、砼强度等级、栓钉数量等几个参数的变化，探讨组合板在荷载作用下的内力、变形情况。
As the lack of theoretical guidance, leading to the current application of composite bridge deck has also remain above the traditional experience, coming up with a large number of diseases.
由于缺乏相关的理论指导，导致复合桥面铺装目前的应用还停留于传统经验之上，出现大量病害。
The load carrying capacities of steel deck concrete composite slabs are governed by the longitudinal shear strength.
压型钢板-混凝土组合楼板是一种组合结构，能充分利用钢材的耐拉和混凝土的耐压特性。
The text researches the force performance of the hollow slab in considering the composite effect of the deck pavement layer.
本文主要研究考虑桥面铺装叠合效应对空心板桥受力性能的影响。
The text researches the force performance of the hollow slab in considering the composite effect of the deck pavement layer.
本文主要研究考虑桥面铺装叠合效应对空心板桥受力性能的影响。
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