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Symposium: Multiscale Multiphysics Modeling and Simulation of Nanomaterials and Nanostructures

Hanqing Jiang's picture

McMat 2007, June 3-7, 2007, University of Texas at Austin

 

Call for paper

Symposium: Multiscale Multiphysics Modeling and Simulation of Nanomaterials and Nanostructures

 

Ultra-small sensors and actuators typically contain structures with length scales spanning from nanometers to micrometers and involve multiple energy domains. Recent advances in computational modeling and simulation of such mutliscale and multiphysics systems include damage analysis of nanostructures, modeling of nanocomposite materials, and simulation of nonlinear dynamical nanosystems. This session will solicit papers and report novel computational techniques that enable accurate and efficient analysis of the nanoscale effects (quantum, surface, dislocation, defects) and the coupling/interaction of multiple energy domains (structural, electric, fluidic, thermal) in nanostructures and nanomaterials.

Symposium organizers:

Hanqing Jiang, Arizona State University

Gang Li, Clemson University

Deadline of submission of abstracts: January 10, 2007

Comments

 I am Ramin Aghababaei , new PhD student at Mechanical Department of National University of Singapore. My thesis is about finite element modeling of nanocomposites. 

Because I am at the first way of my research, I want to know more about my research topic  and know exactly why I want to do  or what is the problem and how can I solve it?  

So I have some questions and your experience is invaluable for me in this way.

1-what are the important parameters in the modeling of nanostructures which must be consider?

2-what is the main problem of current finite element method to model the nanostructure, especially nanocomposite materials(for example in traditional methods or in ABAQUS program)?

3-Can we expand traditional methods like as Rayleigh-Ritz or Least square methods to model and analysis of nanocomposites?  

Thank you very much .

Regards,

Ramin

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