Shaking Moment Optimum Balancing of Planar Mechanisms

Er Bao; Xue Ye Ang; De Yong Liu

doi:10.4028/www.scientific.net/AMR.314-316.2348

Paper Titles

The Application of 3D Design in the Design of Submarine Self-Propelled Model
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Experimental Droplet Formation of Magnetostrictive Inkjet Head to the Change of Driving Waveform
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Study on the Decrease of Harmful Substance in Paper-Process Reconstituted Tobacco Sheet
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Research on Manufacturing Supply Chain Information Platform Architecture Based on Internet of Things
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Shaking Moment Optimum Balancing of Planar Mechanisms
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A Single Machine Scheduling Problem with Earliness and Tardiness Penalties Using Memetic Algorithm
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Extracting the Rules of KPIs for Equipment Management Based on Rough Set Theory
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A Review on Development and Trend of Intelligent Maintenance System
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Decomposition of T² Signal for Multivariate Assembly Process Control Using Bayesian Network
p.2370

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 314-316Shaking Moment Optimum Balancing of Planar...

Shaking Moment Optimum Balancing of Planar Mechanisms

Abstract:

A new method of shaking moment balancing of force balanced linkages is presented in this paper. The shaking moment balancing is gained based on the angular momentum principle. The method of synthesizing a dyad to balance the shaking moments is given, two kinds of structure types are calculated, all the maximum absolute values of the shaking moments are decreased by more than 75 % and the f1uctuation values of those are reduced by more than 68 %.