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Structural optimization of packer' cone with material properties and mechanics parameters based on ANSYS

机译:基于ANSYS的材料特性和力学参数的封隔器锥体结构优化

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摘要

Cone is one part of a packer. To understand the seal effectiveness of the packer, mechanical analysis must be made for it. The finite element model of packer is set up and packer minimum setting load changes are calculated under different climb angle of cone. Results show that reduce the cone angle of climb can make the packer sealing load significantly lower. The calculation results provide the theoretical basis for the real operation.
机译:锥形是包装机的一部分。要了解包装机的密封效果,必须为其进行机械分析。设置封隔器的有限元模型,并在锥体的不同爬光角下计算封隔器最小设置负载变化。结果表明,降低攀登锥角可以使封隔器密封载荷显着降低。计算结果为实际操作提供了理论依据。

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