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A critical view of fillet weld design procedures

机译:角焊缝设计程序的关键观点

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Based on comprehensive tests of welded joints with different alloys and weld types a new design concept especially for fillet welds was proposed and incorporated into the final draft of Eurocode 9 : "Design of Aluminium Structures". The basis of design has been the #beta#-formula, which has also been accepted as an alternative method in steel. Experimental evidence has shown that the #beta#-formula gives the best approximation of the strenght of a fillet weld. With #beta# = 1 and based on throat section and the characteristic strenght of the weld metal the formula gives a reliable lower strenght limit. In contrast to this concept national design standards have estimated stress as resulting simply from applied force over throat section. The present paper investigates the new concept and compares its results to respective estimations from the German DIN 4113 and the Aluminum Design Manual of the Aluminum Association, accounting for the different characteristic material values andsafety factors. The latter code distinguishes between the strength of longitudingal and transverse fillet welds. Another aspect of this investigation will be to establish the significance between the different approaches. The #beta#-formula can be more complicated in practice for varying load directions.
机译:在对不同合金和焊缝类型的焊接接头进行全面测试的基础上,提出了一种新的设计概念,尤其是用于角焊缝的设计概念,并将其纳入了欧洲规范9的最终草案:“铝结构设计”。设计的基础是#beta#公式,该公式也已被接受为钢的替代方法。实验证据表明,#beta#公式可提供最佳的角焊缝强度近似值。当#beta#= 1且基于喉部截面和焊缝金属的特征强度时,该公式给出了可靠的较低强度极限。与此概念相反,国家设计标准估计的应力仅是由于在喉部截面上施加的力而产生的。本文研究了这一新概念,并将其结果与德国DIN 4113和美国铝业协会的铝设计手册的估计值进行了比较,并考虑了不同的特征材料值和安全系数。后者规范区分了纵向角焊缝和横向角焊缝的强度。这项研究的另一方面将是确定不同方法之间的重要性。实际上,对于变化的载荷方向,#beta#公式可能会更加复杂。

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