Dear everybody,
I had embeded the ferroelectric constitutive law into ABAQUS via UEL. The stresses of ferroelectric devices in service are predicted, but it is too difficult to postprocess.
Would you like tell me how to output in detail if you knew.
W.G. Jiang
Sept. 20, 2007
Hi, guys...
I am a 26 years old Mechanical Engineer (newly graduated).
Can somebody tell me where I can find a very good PhD studentship in APPLIED MECHANICS (i.e. vibro-acoustics, control systems, vehicle dynamics, etc...) in Europe? Or something like a Research fellow (1 or 2 years would be great)?
I'm getting crazy with that... I hope somebody can help me.
NV
Hi, guys...
I am a Mechanical Engineer (newly graduated).
Can somebody tell me where I can find a very good PhD studentship in APPLIED MECHANICS (i.e. vibro-acoustics, control systems, vehicle dynamics, etc...) in Europe? Or something like a research fellow (1 or 2 years would be great)?
I'm getting crazy with that... I hope somebody can help me.
NV
Hi, guys...
I am a Mechanical Engineer (newly graduated).
Can somebody tell me where I can find a very good PhD studentship in APPLIED MECHANICS (i.e. vibro-acoustics, control systems, vehicle dynamics, etc...) in Europe?
I'm getting crazy with that... I hope somebody can help me.
NV
Please note that according to the New Grading System, no marks can be gained from answering the following questions. (1 October 2007)
I am attaching a pdf of "How to give successful oral and poster presentations" by J.W. Niemantsverdriet of the Eindhoven University of Technology which I had found on the internet some years ago. It has some very useful tips.
V. Hegadekatte
Kinetic and potential energies.
back to MACE-11010 Engineering Mechanics
Newton's 2nd law will be applied to study the equations of motion of a particle.
back to MACE-11010 Engineering Mechanics
As stated by Richard Vinci and Oliver Kraft in the announcement of 2008 Gordon Research Conference on Thin Film and Small-Scale Mechanical Behavior, there is a compelling need to understand the critical roles of different deformation mechanisms in structures with small characteristic dimensions, like nanocrystals and thin films. We have recently studied deformation behaviors in nanostructured materials and thin films with deformation mechanisms including grain-boundary diffusion, grain-boundary sliding, and grain-interior plasticity. Some interesting mechanical phenomena associated with heterogeneous grain-boundary properties are found and summarized here.
Some interesting posts are listed here for course discussions:
back to MACE-11010 Engineering Mechanics
