The Design of Four-Bar Linkage of Large Inclined Angle Hydraulic Support

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 suppo...

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Bibliographic Details
Main Authors: Xin Zhang, Qingliang Zeng, Jianwu Zhang, Hanzheng Dai
Format: Conference Proceeding
Language:English
Subjects:
ADAMS
Computational modeling
Couplings
Design engineering
Design optimization
Educational institutions
finite element analysis
Finite element methods
four-bar linkage
hydraulic support
Leg
Mechanical engineering
optimization design
Power engineering and energy
Software design
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Summary: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, finite element analysis is made under the front torsion load of roof beam. The analysis result validates the feasibility of four-bar linkage design and meets the design requirements very well. This method can effectively shorten the design cycle and improve design efficiency of hydraulic support.
DOI:10.1109/ICEC.2009.68