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Unformatted text preview: 12. Example 4 of Lecture Notes 13. Example 5 of Lecture Notes 14. The 1D unsteady-state heat transfer problem without heating source is to be solved by the finite difference method of first-order-accurate time derivative, and second-order-accurate space derivative. Use the notation of ( , ) T i l for temperature at x =i x, t=l t . Write down the discrete algebraic equations with unknown variables in the left-hand side and known quantities on the right-hand side. 15. EX6 of tutorial questions 16. EX7 of tutorial questions Chapter 6 1. What are the characteristics of FEM and finite difference methods? 2. What are the general approaches of using FEM to solve the 2D heat transfer problems?...
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This note was uploaded on 08/27/2010 for the course ME ME4906 taught by Professor Dr.g.p.zheng during the Spring '10 term at NYU Poly.
- Spring '10