Designing Self-Balanced Spatial Mechanisms

I.K. Bituev

doi:10.4028/www.scientific.net/AMM.770.328

Paper Titles

Influence of Preliminary Deformation on Micromechanisms of Failure of Offshore Gas Pipeline Material
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On the Design of Composite Active Part of Cutting Tools
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The Process Model of Diesel Engines in Low-Pressure Channels under the Conditions of Subzero Temperature
p.317

Electronic Circuit Design of Power Supplies for Welding in Ltspice Iv Program
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Designing Self-Balanced Spatial Mechanisms
p.328

Providing of High Longevity of Operating Parts of Small-Scale Machinery in Agriculture
p.333

Peculiarities of Operation of Disc Springs Made of Alloys with Shape Memory Effect
p.338

Mathematical Modeling of the Dynamics of a Two-Mass Gear System with Consideration of Shaft Compliances
p.343

Physical Modeling of Fluid Flow in the Near-Wellbore Formation Zone on the Basis of Equivalent Materials
p.349

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 770Designing Self-Balanced Spatial Mechanisms

Designing Self-Balanced Spatial Mechanisms

Abstract:

This paper summarises the results obtained from a study of the conditions required to achieve self-balanced mechanical systems. The design self-balanced systems composed of single-loop spatial mechanisms with a common drive shaft, is reviewed. The paper explains how the problems are solved by selecting the relative angles of the mechanism's cranks, their number and mutual arrangement. The resulting self-balancing criteria enable the construction of spatial mechanical systems with predetermined levels of residual imbalance.