Office Hours: M: 2:00-2:50 PM, W: 10:00-10:50 AM or by appointment
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Classes recording and Notes will be available on Google drive and/or Moodle.
HW#1
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HW#2
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HW#3 |
HW#4 |
HW#5 |
Lab |
Numerical Solutions of Partial Differential Equations– An Introduction to Finite Difference and Finite Element Methods under contract by Cambridge (avilable online at NCSU library)
Intro Stokes Equations and L^{\infinity} Convergence
Z. Li's 1D Paper
PDE_Tool_Lab PDE_Tool_Manual PDE ToolBox Tutorial You tube PDE ToolBox online
Bi-linear and linear forms of a complicated example.
Elliptic Operator
drive.m fem1d.m
hat1.m int_hat1_f.m
soln.m f.m fem_soln.m hat2.m int_hat2 |
aplybc.m
datain.m
drchltb.m
fem1d.m
get mat.m setint.m uxeact.m assemb.m drchlta.m elem.m formkf.m propset.m shape.m |
quadratic_global.m fem_quad.m cubic_h2_all_4.m fem_cubic_h2.m cubic_h2_one_global.m |
2D using mesh from Matlab
PDE Tool : 2D.tar |
2D Cartesian Uniform
mesh: Uniform.tar drive_ex2.m
assemb.m f.m Readme |
2D Glabal.m |
Mesh Generation & Grid Generation on the Web Finite element method from Wikipedia Gmsh: A three-dimensional finite element mesh generator
H: Holiday; R: Review Day (No class); L: Last day of instruction.January February March
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