但是，从颈缩开始，其应力应变关系处于复杂应力状态。
But the stress-strain relationship is in complex stress condition after the necking starts.
在复杂应力状态下延性金属材料的塑性损伤依赖于加载路径。
Plastic damage of ductile metals under complex stress depends on loading path.
该模型依据经典塑性理论，能够明确指定复杂应力状态下湿化变形的各分量。
It bases on the classical plastic theory, and the components of wetting deformation under complicated stress state may be determined clearly.
应用推荐