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Eq. 1: 3.1 A wall 1 e. thick and infinite in other directions (see Figure P3-1) has an initial uniform temperature (T.)
Posted: Sat Feb 26, 2022 10:51 am
by answerhappygod
- Eq 1 3 1 A Wall 1 E Thick And Infinite In Other Directions See Figure P3 1 Has An Initial Uniform Temperature T 1 (60.77 KiB) Viewed 43 times
Eq. 1: 3.1 A wall 1 e. thick and infinite in other directions (see Figure P3-1) has an initial uniform temperature (T.) of 100.0°F. The surface temperatures (T.) at the two sides are suddenly increased and maintained at 300.0°F. The wall is composed of nickel steel (40% Ni) with a diffusivity of a=0.1 A 2/hr. We are interested in computing the temperature distribution within the wall as a function of time. X=0 X=L Figure P3-1. Nomenclature for problem 3.1. The governing equation to be solved is the unsteady one-space dimensional heat conduction equation, which in Cartesian coordinates is от JPT ar Use the following techniques with the specified step sizes to solve the problem. a. FTCS explicit at d. Crank-Nicolson For each method, two sets of step sizes are to be used. 1. Ar 0.05, At -0.01