I would like to share with you our recent paper published in the Journal of Applied Mechanics: J. Appl. Mech. 81(8), 081010 (Jun 02, 2014)
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Meeting |
2015 TMS Annual Meeting & Exhibition |
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Symposium |
Advances |
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Sponsorship |
TMS |
HIGH
TEMPERATURE SYSTEMS FOR ENERGY CONVERSION AND STORAGE
TMS Division: Functional Material Division (FMD
formerly known as EMPMD)
FMD sub-committee: Energy Conversion and Storage
Organizers:
Hello,
I read that "In general, even if the materials on the micro-level are isotropic, the effective
material can show anisotropic behavior. A general anisotropic linear elastic material
may have twenty one independent material parameters.''
If I understand my results correctly then simple structures like ''ball in the unit cell'' result in orthotropic material.
I am a bit puzzled - what would be the simplest structure that would result in anisotropic material behaviour?
update, 7/24/2014: The information packet ("SFC2-challenge-v5.ppt") is no longer attached to this post (iMechanica has a file size limit of 1 MB, so we can not attach the 6 MB file). IF YOU WOULD LIKE THE INFO PACKET, PLEASE E-MAIL ME, blboyce [at] sandia.gov and copy Dr. Sharlotte Kramer, slkrame [at] sandia.gov. If you have an older version of the information packet, please also e-mail for the newest (v5) info packet.
We intend to send the shear calibration data to all those whose e-mail address I have by August 1st (sorry for the delay!).
Hello All,
I am trying to make a 2D shell layer on XZ plane. To capture buckling of shell layer with 3-point bending load, I am required to model a 2D sketch on XZ plane. Modeling this way I can use shell elements' bending degrees of freedom. But ABAQUS always pick defauly XY plane to start with.
Does anyone know how to draw a sketch on XZ plane?
Thanks,
Jay Patel
Dear everyone,
The third issue in 2014 (Volume 4, Issue 3) of Theoretical and Applied Mehcanic Letters (TAML) is now online.
Welcome to this young journal http://taml.cstam.org.cn for rapid publication of your exciting results.
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I have calculated the J-integral using ABAQUS for 5 contours but I could not find any information about the paths of the J-integral contours. Do you know how we can get the paths of the requested J-integral contours or equivalently how we can define the paths of contours in ABAQUS?
