Strains and strain rates during friction stir welding
Strains experienced by materials during friction stir welding (FSW) are important but scarce
in the literature. Here we report the computed strains and strain rates during FSW of AA2524
from a three-dimensional coupled viscoplastic flow and heat transfer model. The strain rates
are integrated along a streamline to estimate the accumulated strains experienced by the
material. The computed strains and strain rates were in the ranges− 10 to 5 and− 9 to 9s− 1,
respectively.
in the literature. Here we report the computed strains and strain rates during FSW of AA2524
from a three-dimensional coupled viscoplastic flow and heat transfer model. The strain rates
are integrated along a streamline to estimate the accumulated strains experienced by the
material. The computed strains and strain rates were in the ranges− 10 to 5 and− 9 to 9s− 1,
respectively.
Strains experienced by materials during friction stir welding (FSW) are important but scarce in the literature. Here we report the computed strains and strain rates during FSW of AA2524 from a three-dimensional coupled viscoplastic flow and heat transfer model. The strain rates are integrated along a streamline to estimate the accumulated strains experienced by the material. The computed strains and strain rates were in the ranges −10 to 5 and −9 to 9s−1, respectively.
Elsevier
以上显示的是最相近的搜索结果。 查看全部搜索结果