(Solved) : 4 Using Matlab Pde Tool Pdetool Solve 2d Heat Equation T Y 10 Mx 10 M Square Domain Stainl Q44033690 . . .
4. Using the MATLAB PDE Tool (pdetool), solve the 2D Heat equation: at (at at ôt=”or? * @y?) in a 1.0 mx 1.0 m square domain for stainless steel with a thermal diffusivity of 4.2 x 10 mº/s. Three boundaries are held at 50 °C and the fourth boundary is held at 20°C. The initial conditions are also 20°C. Estimate the time for this solution to reach equilibrium. Provide the 2D Contour plot and the time needed to reach steady state. Show transcribed image text 4. Using the MATLAB PDE Tool (pdetool), solve the 2D Heat equation: at (at at ôt=”or? * @y?) in a 1.0 mx 1.0 m square domain for stainless steel with a thermal diffusivity of 4.2 x 10 mº/s. Three boundaries are held at 50 °C and the fourth boundary is held at 20°C. The initial conditions are also 20°C. Estimate the time for this solution to reach equilibrium. Provide the 2D Contour plot and the time needed to reach steady state.
Expert Answer
Answer to 4. Using the MATLAB PDE Tool (pdetool), solve the 2D Heat equation: at (at at ôt=”or? * @y?) in a 1.0 mx 1.0 m square d…
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