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THE DETERMINATION BY EXPERIMENTAL AND NUMERICAL METHODS OF STRESS AND STRAIN STATES IN A PRE-ONDULATED WIRE MESH STRUCTURE STRESSED WITH UNIAXIAL TRACTION


PASCU ADRIAN, SOFONEA GALAFTION, DEAC CRISTIAN
„LUCIAN BLAGA” UNIVERSITY OF SIBIU, „HERMANN OBERTH” FACULTY OF ENGINEERING

Issue:

TSTM, Number 11, Volume II

Section:

Optimum Materials

Abstract:

The current paper presents a comparative study between experimental and numerical determinations realised with the help of the finite element method with regard to the stress and strain state that appears in a wire mesh realised from pre-ondulated wire mesh, stressed with uniaxial traction.

Keywords:

wire mesh, pre-ondulated wire, uniaxial traction, Instron tensile testing machine, regression equations, finite elements method, part.

Code [ID]:

TSTM200511V02S02A0024 [0001578]


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