2011•Hunan Agricultural MachineryRequires access

Based on ADAMS, UG crank slider motion simulation and kinematics analysis

Wei Xiong

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Abstract

The main sector of agricultural machinery - slider-crank mechanism motion characteristics derived slider displacement, velocity, acceleration of mathematical expressions. Through examples, find the slide movement of the crank angle changes in a different situation; application of Adams simulation while the movement of the slider crank, generate real-time movement of the slider and curve data; directly reflects the movement of the slider. For sports motion analysis and optimization of component design basis.

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What this paper is about

The main sector of agricultural machinery - slider-crank mechanism motion characteristics derived slider displacement, velocity, acceleration of mathematical expressions. Through examples, find the slide movement of the crank angle changes in a different situation; application of Adams simulation while the movement of the slider crank, generate real-time movement of the slider and curve data; directly reflects the movement of the slider. For sports motion analysis and optimization of component design basis.

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Available abstract

The main sector of agricultural machinery - slider-crank mechanism motion characteristics derived slider displacement, velocity, acceleration of mathematical expressions. Through examples, find the slide movement of the crank angle changes in a different situation; application of Adams simulation while the movement of the slider crank, generate real-time movement of the slider and curve data; directly reflects the movement of the slider. For sports motion analysis and optimization of component design basis.

Key concepts: Slider, Kinematics, Crank, Movement (music), Acceleration, Motion (physics), Mechanism (biology), Displacement (psychology)

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