in

index.html

@@ -29,8 +29,8 @@
 
  <p>Teaching</p>
  <ul>
+ <li><a href="https://ju-liu.github.io/teaching/FEM-2024-Spring/index.html">MAE 5007 Advanced Computational Solid Mechanics</a>, Spring 2024.</li>
  <li><a href="https://github.com/ju-liu/MAE-310-2023F">MAE 310 Computational Solid Mechanics</a>, Fall 2023.</li>
- <li><a href="https://ju-liu.github.io/teaching/FEM-2023-Spring/index.html">MAE 5007 Advanced Computational Solid Mechanics</a>, Spring 2023.</li>
  <li><a href="https://github.com/M3C-Lab/MAE-5032-2022-Spring">MAE 5032 High Performance Computing: Methods and Practices</a>, Spring 2022.</li>
  </ul> 
 

teaching/FEM-2024-Spring/index.html

@@ -37,8 +37,8 @@ <h3>Schedule</h3>
  <li>Lecture 01 - Heat equation: Strong- and weak-form problems. [<a href="notes/Lecture-01.pdf">notes</a>] </li>
  <li>Lecture 02 - Heat equation: Galerkin formulation. [<a href="notes/Lecture-02.pdf">notes</a>]</li>
  <li>Lecture 03 - Heat equation: Local assembly procedure. [<a href="notes/Lecture-03.pdf">notes</a>]</li>
- <li>Lecture 04 - Heat equation: Formulation of the nonlinear problem I. [<a href="notes/Lecture-04.pdf">notes</a>]</li>
- <!--<li>Lecture 05 - Solution algorithm for nonlinear problems: Newton-type methods. [<a href="notes/Lecture-05.pdf">notes</a>]</li>
+ <!--<li>Lecture 04 - Heat equation: Formulation of the nonlinear problem I. [<a href="notes/Lecture-04.pdf">notes</a>]</li>
+ <li>Lecture 05 - Solution algorithm for nonlinear problems: Newton-type methods. [<a href="notes/Lecture-05.pdf">notes</a>]</li>
  <li>Lecture 06 - Solution algorithm for nonlinear problems: Line-search and BFGS. [<a href="notes/Lecture-06.pdf">notes</a>]</li>
  <li>Lecture 07 - Heat equation: Formulation of the nonlinear problem II. [<a href="notes/Lecture-07.pdf">notes</a>]</li>
  <li>Lecture 08 - Small-strain nonlinear elastostatics. [<a href="notes/Lecture-08.pdf">notes</a>]</li>