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Multi-scale Modeling, Analysis and Simulation for Solid Materials
Prof. Ping Lin ( University of Dundee, UK )

2008 - 03 - 28 (Fri.)
10:00 - 12:00
308, Mathematics Research Center Building (ori. New Math. Bldg.)

Materials may be modeled by a large number of particles (or atoms) where any particle interacting with any other through a pair potential energy. The equillibrium configuration of the material is the minimizer of the total energy of the system. The computational cost is high since the number of atoms is huge. Recently much attention has been paid to the so-called quasicontinuum (QC) approximation which is a mixed atomistic/continuum model.

Time:March 7 - June 27, 2008
Room:
Organizer:Tony Wen-Hann Sheu ( Department of Engineering Science and Ocean Engineering, National Taiwan University )

Available Talk List

2008-01-18 (Fri.)		Some research directions in Applied Mathematics
2008-03-14 (Fri.)		Scientific Computing on Hemodynamics-Computational Challenges and its Application to Surgical Planning for Cardiovascular Diseases
2008-03-28 (Fri.)		Multi-scale Modeling, Analysis and Simulation for Solid Materials
2008-04-11 (Fri.)		Application of Time Frequency Transformation in Medical and Biological Engineering
2008-04-18 (Fri.)		Scientific Computing on Hemodynamics-Computational Challenges and its Application to Surgical Planning for Cardiovascular Diseases (Ⅱ)
2008-04-25 (Fri.)		2D, 3D, and Full-field Breast Ultrasound Computer-aided Diagnosis
2008-05-16 (Fri.)		Mechanical and Electrical Activities of Heart
2008-05-23 (Fri.)		Biomedical Photoacoustic Imaging Using Gold Nanoparticles