1) stiffener design
加筋设计
1.
Taking into consideration the complexities and wide applications of thin walled stiffened structures in aeronautic and astronautic fields,the article proposes a new geometric background grid (GBG) method suitable for stiffener design with unstructured finite element meshes.
考虑到航空航天领域薄壁加筋结构的大量使用与结构形式的复杂性,提出了一种适用于有限元自由网格剖分的加筋设计新方法——几何背景网格法。
3) reinforcement design
配筋设计
1.
Strut-and-tie models for end anchorage zones in prestressed concrete T-section girder bridges and reinforcement design
预应力混凝土T梁桥端部锚固区拉压杆模型及配筋设计
2.
The present Code for Design of Concrete Structure(GB50010-2002) stipulates that the calculation of bearing capacity of torsion member in reinforced concrete rectangle should commonly adopt the way called reiteration, However, the torsion member of the load distribution to its structural reinforcement design features have brought a certain degree of complexity.
现行《混凝土结构设计规范》(GB50010-2002)规定,钢筋混凝土弯剪扭构件结构设计一般采用“叠加法”进行,但构件的内力分布特点给结构配筋设计带来了一定程度的复杂性。
4) geotextile design
筋材设计
5) design of reinforcement
设计配筋
6) under-reinforced design
低筋设计
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