Magnesium SiC Reinforced Composites – Texture and Residual Strain Investigation by Simulation and Experiments

Brokmeier, Heinz Günter; Jansen, E.; Spalthoff, P.; Signorelli, Javier; Turner, P. A.; Bolmaro, R.E.

doi:10.1002/3527607552.ch26

Cited by 4 publications

(2 citation statements)

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“…Stress Spec is equipped with a robot system based on a RX160 Stäubli robot, a Laser Tracker and a heavy basement that larger samples up to 30kg can be handled easily. The Eulerian cradle arrangement has been used successfully at TEX-2 the FRG-1 texture diffractometer at Geesthacht/Germany [9] and recently for texture gradient investigations of a bonelike extrudate [10]. In fig.…”

Section: Fig4: Area Detector Image With Four Reflections and Calculat...mentioning

confidence: 99%

Investigation of Texture Gradients of Semi-Finished Products by Neutrons and Photons

Brokmeier

Randau

Gan

et al. 2011

MSF

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Section: Fig4: Area Detector Image With Four Reflections and Calculat...mentioning

confidence: 99%

Investigation of Texture Gradients of Semi-Finished Products by Neutrons and Photons

Brokmeier

Randau

Gan

et al. 2011

MSF

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“…metals, multi-phased composites and geological materials, etc. Neutron flux as well as slit arrangement is available to measure non-destructively texture gradients in semi-finished products [5]. To get sufficient description of the gauge volume a radial collimator in front of the detector is essential.…”

Section: Introductionmentioning

confidence: 99%

Textures in Multi-Directional Forged Mg by Neutron Diffraction

Gan

Brokmeier

Zheng

et al. 2010

AMR

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Abstract. Texture evolution in the MDF processed ZK60 along forging axis was investigated by advanced neutron diffraction. Texture analysis was related to the deformation mechanism. Results showed that basal planes deformation was dominated and accommodated by non-basal and twinning. Gradient texture indicated an inhomogeneous distribution of imposed strains along forging direction. This could be related to the non-precise MDF processing.

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In-situ investigation of strain relaxation in an Al/Si–MMC using high energy synchrotron radiation

Pyzalla

Reetz

Jacques

et al. 2004

International Journal of Materials Research

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Thermal and mechanical loading induce phase specific strains/stresses in MMCs. At elevated temperature part of the phase-specific strains/stresses relax. The relaxation of the phase-specific strains/stresses is determined by in-situ experiments using white high-energy synchrotron radiation. The experiments reveal that such time-resolved strain measurements are possible and that short-time phenomena can be accessed using white high-energy synchrotron radiation. The elastic strain relaxation behavior is similar for all lattice planes accessed. The influence of the temperature on the characteristic relaxation time is determined. The characteristic relaxation time appears to be independent of the amount of plastic deformation the sample suffers before strain/stress relaxation.

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Magnesium SiC Reinforced Composites – Texture and Residual Strain Investigation by Simulation and Experiments

Cited by 4 publications

References 0 publications

Investigation of Texture Gradients of Semi-Finished Products by Neutrons and Photons

Investigation of Texture Gradients of Semi-Finished Products by Neutrons and Photons

Textures in Multi-Directional Forged Mg by Neutron Diffraction

In-situ investigation of strain relaxation in an Al/Si–MMC using high energy synchrotron radiation

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