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Four-bar linkage is one of the most important components of shield-type powered support or chock-shield-type hydraulic support. Parameterized modeling, simulation and optimization of four-bar linkage is firstly accomplished by use of ADAMS software in designing a large inclined angle hydraulic support. Then based on three-dimension model of the whole hydraulic support, applying COSMOS/Works software,...
In allusion to the reliability, which exists in the parametric design and optimizing process of the single hydraulic prop, this paper presents the new method in comparison with the traditional calculating and checking method for the reliability. The geometry model of the hydraulic prop is built firstly based on the 3D software, then analyzed and optimized by the finite element software - ANSYS. Results...
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