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Shearer Drum Height Adjustment System Based on Co-simulation of ADAMS and AMESim

Zhang Jiu-qin

Open publisher page 1 citations

Abstract

The shearer drum height adjustment closed-loop control system is introduced,models are established,and relevant co-simulation is carried out.First of all,according to mechanism,dynamic model is built in ADAMS software.Secondly,the hydraulic system which is transformed is established in AMESim software.Eventually,co-simulation of hydraulic and mechanical systems simulate real work of the shearer,and it is getting that system is feasible.

About this research paper

What this paper is about

The shearer drum height adjustment closed-loop control system is introduced,models are established,and relevant co-simulation is carried out.First of all,according to mechanism,dynamic model is built in ADAMS software.Secondly,the hydraulic system which is transformed is established in AMESim software.Eventually,co-simulation of hydraulic and mechanical systems simulate real work of the shearer,and it is getting that system is feasible.

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Available abstract

The shearer drum height adjustment closed-loop control system is introduced,models are established,and relevant co-simulation is carried out.First of all,according to mechanism,dynamic model is built in ADAMS software.Secondly,the hydraulic system which is transformed is established in AMESim software.Eventually,co-simulation of hydraulic and mechanical systems simulate real work of the shearer,and it is getting that system is feasible.

Key concepts: Drum, Co-simulation, Engineering, Hydraulic machinery, Mechanism (biology), Software, Dynamic simulation, Mechanical system

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Shearer Drum Height Adjustment System Based on Co-simulation of ADAMS and AMESim — Research Paper | ScholarLens