Complete Shaking force and Shaking moment Balancing of 3 Types of Four-bar Linkages

Nehemiah, P.

doi:10.14741/ijcet/22774106/4.6.2014.25

Cited by 2 publications

(2 citation statements)

References 10 publications

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“…Sebastian Briot et al [7] used a coupler link and a class-two assur group with predetermined geometrical and mass parameters to perfectly balance the shaking force and shaking moment. P. Nehemiah et al [8] presented a technique for balancing the rotary inertia-driven shaking force and moments of three different kinds of four-bar linkages. MATLAB was used to calculate the dynamic force analysis of the four-bar mechanism, and variable topology was used to add the six-bar mechanism [9].…”

Section: Introductionmentioning

confidence: 99%

Balancing of Planar Eight –Bar Mechanism using Genetic Algorithm

Belleri¹,

Goudar²,

Kerur³

2023

OJME

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In the current study, the eight-bar planar mechanism is balanced by reducing variations in shaking force and moments using Minitab and a genetic algorithm. The objective function and constraint equations are taken into consideration, the mathematical model was developed to optimize the balancing of the planar eight-bar mechanism.A set of weighting factors were taken into consideration in order to determine the ideal values for the design parameters based on the contributions of the X and Y components of the shaking force and the shaking moment. A genetic algorithm was used to find the best design parameters. The results showed that the shaking force and moments decreased by 34.5 and 61% from the initial values, respectively.

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Section: Introductionmentioning

confidence: 99%

Balancing of Planar Eight –Bar Mechanism using Genetic Algorithm

Belleri¹,

Goudar²,

Kerur³

2023

OJME

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“…Sebastian Briot et al [8] obtained the complete shaking force and shaking moment balancing by using a coupler link by adding a classtwo assur group with prescribed geometrical and mass parameters. P.Nehemiah et al [9] presented the method for complete balancing of shaking force and shaking moments of 3 types of four-bar linkages without external loads only with revolute pairs due to rotary inertia. Basayya K. Belleri and Shravankumar B. Kerur [10] presented a computer-oriented procedure for solving the dynamic force analysis problem for general planar mechanisms and that was extended to a six-bar planar mechanism with variable topology.…”

Section: Introductionmentioning

confidence: 99%

Balancing of planar six-bar mechanism with genetic algorithm

Belleri¹,

Kerur²

2021

Journal of Mechanical and Energy Engineering

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In the present work, the optimal balancing of the planar six-bar mechanism is investigated to minimize the fluctuations of shaking force and shaking moment. An optimization problem is formulated for balancing the planar six-bar mechanism by developing an objective function. The genetic algorithm and MINITAB software were used to solve the optimization problem. The selection of weighting factors has a crucial role to obtain the optimum values of design parameters. Two sets of weighting factors were considered as per the contribution of X and Y components of the shaking force and shaking moments. Shaking force and shaking moments were minimized drastically and were compared with the original values.

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Complete Shaking force and Shaking moment Balancing of 3 Types of Four-bar Linkages

Abstract: Abstract

Cited by 2 publications

References 10 publications

Balancing of Planar Eight –Bar Mechanism using Genetic Algorithm

Balancing of Planar Eight –Bar Mechanism using Genetic Algorithm

Balancing of planar six-bar mechanism with genetic algorithm

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