Simplified formulation of physically nonlinear problems of the design of thin-layered rubber-metal elastic elements

Dymnikov, S. I.

doi:10.1007/bf00888301

Cited by 1 publication

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“…Studies of elastomeric calculations show that the problem is not well investigated in a way that mainly static methods are used in determination of deformation (e.g., rubber shock absorber calculations in mechanical engineering, rubber gaskets calculations for underwater and space missions) [1][2][3]. Several dynamical investigations can be found in [4][5][6].…”

Section: Introductionmentioning

confidence: 99%

Investigation of Bodies Vibrations with Elastomeric Elements

Tipāns

Eiduks

Vība

et al. 2013

SSP

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By analyzing underwater flexible object motion, new challenges facing mechanical and engineering industry can be seen. One of typical examples is the need to solve the complex task of elastomeric (e.g. rubber or silicone) robotic objects interaction with the water boundary. Current work is an attempt to launch an investigation on elastomer dynamics of experimental and theoretical research in two directions. Experimental studies have been conducted with a sample loading on the tensile and compression machine. Theoretical research investigation proposes a new model with internal interactions inside elastomers. Model is based on common lateral and diagonal interaction links between cross-sections of a material. Results of the work are applied for vibration systems motion modeling. Additionally, a new dynamical material model may be applied for the imitation of muscle dynamics and thus to provide basis for further applications in biomechanics such as development of artificial muscles.

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Section: Introductionmentioning

confidence: 99%