Web thickness has significant effects on structure weight, but has less significant effects on improving the bearing capacity the structure;
腹板厚度的变化，对结构重量影响显著，对提高结构的承载没有太大帮助；
Web thickness is one of the important parameters in Closed-die forging process, which has an effect on forming force of die forging and material consumption.
连皮厚度是开式模锻工艺参数中的一个重要参量，它对模锻变形力和材料的消耗有很大的影响。
The thickness, surface density, heat flux and heat conductivity of spunlaced binding down web were tested under different frequency values, and the relationships between them were also discussed.
对不同分频值下水刺绑定羽绒网的厚度、面密度、热流量和导热系数作了测量，并对其相互关系作了讨论。
Then multiple factor analysis of OSC, including the thickness of outer shell, flange plate and web plate of T-shaped members, with or without ribbed stiffeners, is carried out.
采用有限元模型对外套管式节点进行包括外套管厚度、T型件翼缘厚度、T型件腹板厚度以及有无加劲肋的多因素分析，分析总结了这些因素对节点性能的影响。
The traditional T-STUB member calculation method was modified, considering the effects of the bolt and the thickness of the beam web and the end plate on the strength of the end plate.
根据梁腹板、端板厚度和螺栓对端板强度影响，对传统计算端板强度的T形件方法进行了修正。
The major parameters including the curvature radius, the ratio of height to span, the ratio of height to width, the thickness of web, the stiffener density and the diaphragm density are studied.
主要研究了曲率半径、宽跨比、高宽比、腹板厚度、加劲肋数量、横隔板间距等结构参数对曲线钢箱梁承载力和变形特性的影响。
Suggestion on the limiting value of web width-thickness ratio is formulated to guarantee its stability in this situation.
建议的腹板宽厚比限值就是为保证在这种情况下的稳定性而给出的。
The influence of web plate height to thickness ratio, hole ratio and the width of a single web plate on the buckling capacity of LHFB was analyzed.
分析了腹板高厚比、孔洞率以及单块腹板宽度对LHFB屈曲承载力的影响。
As no precise method to design this type of shoulder-beam can be used in practice up to now, it was calculated as a single-web shoulder beam with the thickness of two webs.
这种型式截面肩梁目前尚无精确的计算理论和方法，过往的设计方法是把两块腹板近似看作合并在一起的单块腹板，然后参照单腹板的经验公式进行计算。
Settling for strength and stabilization of web, it avoids putting web's carrying capacity down owing to constructing technics by increasing thickness of web and lessening the stiffener;
在满足腹板强度和稳定要求的同时，为避免施工工艺对钢箱梁腹板承载能力的削弱可采用加厚腹板，少加加劲肋的方法来改善；
Settling for strength and stabilization of web, it avoids putting web's carrying capacity down owing to constructing technics by increasing thickness of web and lessening the stiffener;
在满足腹板强度和稳定要求的同时，为避免施工工艺对钢箱梁腹板承载能力的削弱可采用加厚腹板，少加加劲肋的方法来改善；
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