Time

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Nov.19th

(Monday)

9:00-12:00

Introduction to Computational Science,   Mathematics, Mechanicsand Chaos

14:30-16:00

Bifurcation and chaos of partial  differential equation

Nov.20th

(Tuesday)

15:00-18:00

Computational modeling, simulation and forensics of airplane crashes

Nov.21st

(Wednesday)

9:30-12:00

The nonlinear Schrödinger equation in optics and Bose-Einstein condensates

15:00-18:00

Discussion

Bifurcation and chaotic dynamics of

two-dimensional hyperbolic equations

Nov.22nd

(Thursday)

8:30-12:00

Miscellaneous examples from aerospace, civil 

engineeringand chaos

15:00-18:00

Chaos dynamics of high dimensional   nonlinear partial differential equations

Nov.23rd

(Friday)

8:30-10:00

Discussion

Numerical   simulation and chaos control of

high  dimensional partial differential equation

15:00-18:00

Discussion

The chaos of wave equation