Stress-Strain State of a Physically Non-Linear Three-Layer Rectangular Plate with a Compressed Filler

Stress-Strain State of a Physically Non-Linear Three-Layer Rectangular Plate with a Compressed Filler

The stress-strain state of physically nonlinear asymmetric three-layer rectangular plates with a compressed filler was studied. For outer layers Kirchhoff’s hypotheses are accepted, the deformed normal remains rectilinear in a rigid compressible filler. Ilyushin’s “elastic” solutions method was used...

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Veröffentlicht in:Mehanika mašin, mehanizmov i materialov (Online) mehanizmov i materialov (Online), 2018-06 (2(43)), p.77-82
Hauptverfasser: Denis V. Leonenko, Anastasiya S. Zelenaya
Format: Artikel
Sprache:eng
Schlagworte:
compressed filler
plasticity
stress-strain state
three-layer rectangular plate
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Zusammenfassung:The stress-strain state of physically nonlinear asymmetric three-layer rectangular plates with a compressed filler was studied. For outer layers Kirchhoff’s hypotheses are accepted, the deformed normal remains rectilinear in a rigid compressible filler. Ilyushin’s “elastic” solutions method was used while solving the issue. Numerical results for a three-layer metal-polymer plate are presented.
ISSN:1995-0470
2518-1475