Bauschinger effect


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Bauschinger effect

[′bau̇‚shiŋ·ər i′fekt]
(metallurgy)
A phenomenon by which the plastic deformation of a metal increases the tensile yield strength and decreases the compressive yield strength.
References in periodicals archive ?
This approach could also capture the Bauschinger effect without using the concept of traditional back stresses.
A New Combined Isotropic, Kinematic and Cross Hardening Model for Advanced High Strength Steel under Non-Linear Strain Loading Path
A significant Bauschinger effect accompanied by a transient hardening behaviour after reverse loading was found for the DP780 steel.
Experimental study of the plasticity responses of TRIP780 steel subjected to strain-path changes
2009), Bauschinger effect (Gau and Kinzel, 2001), evolution of elastic properties (Sun and Wagoner, 2011) and elastic and plastic anisotropy (Li et al.
A comprehensive review of experimental approaches used in the measurement of springback
This is known as the Bauschinger effect, a well-known phenomenon.
How reeling impacts HFI-welded pipe properties
In order to consider the Bauschinger effect observed in metals and its alloys, a back-stress tensor [[beta].
Tratamiento numerico de una teoria de plasticidad por gradiente de deformacion basada en un modelo de cosserat
1998), Simulation of springback in V bending process by elasto-plastic finite element method with consideration of Bauschinger effect, Met.
The sheet thickness effect on springback amount of a part made from tailor welded stripes
Author John Martin includes new information on emerging topics, such as superplasticity and the Bauschinger Effect, and expanded coverage of organic polymers.
Materials for Engineering. Third Edition
The Bauschinger Effect is more pronounced in X100 grade pipe steel than lower strength grades, giving rise to bigger differences between flattened strip and round bar tensile properties.
Ring expansion testing for oil and gas pipelines
The study considered the Bauschinger effect and multi-axial stresses, but did not consider the effects of rate or temperature on the yield stress.
Yield Modeling of an Aliphatic Polyketone Terpolymer in Multiaxial Stress States
19] predicted inelastic behavior of metals under uniaxial and multiaxial cyclic loading paths, including Bauschinger effects, strain memory effects, and additional hardening.
An irreversible thermodynamic model for semicrystalline polymers submitted to multisequence loading at large strain
This leads to the overall compressive nature of the stress in the regions between threads, which could be important for materials where Bauschinger effects are significant, such as filled polymers.
An axisymmetric model for thread forming in polycarbonate and polypropylene screw and boss fasteners
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