1. S. P. Xiao and T. Belytschko, "Stability analysis of particle
methods with corrected derivatives", Sixth
2. T. Belytschko and S. P. Xiao, "Fracture of Nanotubes", Sixth
1. S. P. Xiao and T. Belytschko, "Coupling methods for molecular model
and continuum model", Seventh
1. T. Belytschko and S. P. Xiao
,"Multiscale analysis with atomistic/continuum models for
fracture", Sixth World Congress on Computational Mechanics,
2. S. P. Xiao, W. X. Yang and W. Y. hou ,"Computational nano-mechanics: from molecular
dynamics to continuum mechanics", Sixth World Congress on Computational
Mechanics,
3. S. P. Xiao, T. Belytschko and W. X. Yang ,"A
bridging domain multiscale method", 2004 International ASME Mechanical
Engineering Congress,
2. Yang, W. X., and Xiao, S. P., “The Applications of Meshfree Particle
Methods at the nanoscale”, Lecture Notes in Computer Science, Vol 3516, 2005, pp 284-291
3. Xiao, S. P., “A non-oscillatory method for shock wave propagation and
spallation studies” Abstracts of Eighth
4. Xiao, S. P.,
5. Xiao, S. P., Yang, W. X., “Nanoscale meshfree particle methods”
Abstracts of Eighth
6. Xiao, S. P., Hou, W. Y., “Mechanics of carbon nanotubes and their reinforced nanocomposites” Abstracts of Eighth U. S. National Congress on Computational Mechanics, Austin TX, July 2005
1. Xiao, S. P., Hou, W. Y.,
"Mechanics of nanotubes and their embedded composites", Abstracts of
Seventh World Congress on Computational Mechanics,
2. Xiao, S. P., Ni, J., Wang, S. W., Hou, W.
Y., "The issues in computational nanotechnology and one possible
solution", Abstracts of Seventh World Congress on Computational Mechanics,
Los Angeles, CA, USA, July 2006
3. Xiao, S. P., Yang, W. X., "The temperature-related homogenization
technique and its applicatons in meshfree particle
methods for nanoscale simulations", Abstracts of Seventh World Congress on
Computational Mechanics,
1. Xiao, S. P., “The bridging domain multiscale
method”, the proceeding of the International Conference on Computational
and Experimental Engineering and Sciences,
2. Xiao, S. P., “Mechanics of vacancy defected
nanotubes”, the proceeding of the International Conference on
Computational and Experimental Engineering and Sciences,