Welded structures are widely used in many large engineering applications including the shipbuilding 、 pressure vessel and pipeline 、 offshore drilling platform .

焊接结构在造船、压力 容器与管道、海洋钻井平台等大型装备中有着广泛的应用。

By means of borne force analysis on micro element layer of silo substance the mathematic model was established by the use of static method . The different results compared with JB / T 4735 - 1997 steel welded atmospheric vessel was obtained .

通过对料仓物料微元层的受力分析，利用静力法建立数学模型，得出与JB/T4735-1997《钢制 焊接常压 容器》不同的结果。

Horizontal steel tank lined with plastic body 's production of steel in accordance with ( JB / T4735-1997 welded steel pressure vessel technical conditions ) .

卧式钢衬塑贮罐钢体的制作按照（JB/T4735-1997《钢制 焊接常压 容器》技术条件）。

Probabilistic Model of Fatigue Crack Stochastic Propagation of Welded Joint in Pressure Vessel

焊接接头疲劳 裂纹随机扩展的概率模型

Elementary analysis on quality control of D type welded joint in pressure vessel

压力 容器D类 焊接接头质量浅析

Genetic Analysis of a Crack Formed in a Welded Joint of the Water Flashing Vessel

水闪蒸 罐 筒 体 焊缝的裂纹成因分析