Influence of the Shaper Design of Pneumohydraulic Impact Device on the Form and Duration of the Impact Impulse

Oyuna O. Angatkina; Petr Y. Krauinsch; Valentina N. Deryusheva

doi:10.4028/www.scientific.net/AMM.756.394

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Calculation of Effective Coefficient of Thermal Expansion for Composite ‘Glass-Eucryptite’ Changing during Sintering
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Dynamic Susceptibility of a System
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An Improvement of the Concept Design Analysis Method by the Use of the Avoidance Function
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Dependence of the Effective Diffusion Coefficient of a Matrix Composite on the Size of Inhomogeneities
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Influence of the Shaper Design of Pneumohydraulic Impact Device on the Form and Duration of the Impact Impulse
p.394

Influence of Method Used for Calculating of Effective Properties on Stressed-Strain State of Composite Plate under Nonstationary Heating
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Numerical Simulation of Multilayer Composites Failure under Dynamic Loading
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Study of the Effect of the Rolling Mill Inter-Stand Tension on the Strip Gauge Deviation
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Thermo-Physical Model of the Lamellate System Grinding
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 756Influence of the Shaper Design of Pneumohydraulic...

Influence of the Shaper Design of Pneumohydraulic Impact Device on the Form and Duration of the Impact Impulse

Abstract:

Impact devices are used in various areas of mechanical engineering and deal with a variety of materials. At the moment, it is determined that an increase in the duration of the impact impulse ensures the constant contact of a headgear (tool) with the work environment. This increases the efficiency of impact devices. We have proposed a shaper that allows to control the shape and duration of the impact impulse. In this paper, results of mathematical modeling of the pneumohydraulic impact device with elastic and viscoelastic shaper is considered. Several designs of impact devices are presented. Parameters which affect the impact impulse are determined. These results can be used in constructing pneumohydraulic impact devices for a specific area of implication.

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Periodical:

Applied Mechanics and Materials (Volume 756)

Pages:

394-401

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.756.394

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Online since:

April 2015

Authors:

Oyuna O. Angatkina*, Petr Y. Krauinsch, Valentina N. Deryusheva

Keywords:

Control of the Impact Impulse, Hydrolic Percussion Mechanism, Imitation Modeling, Impact Impulse, Mathematical Modeling, Pneumohydraulic Impact Device, Power

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