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Question: Generate a computer code to simulate the following solidification situation during a casting process
The material is a well-known polymer known as PEEK (polyetheretherketonc). The properties of this material are as follows:
Assume that Tinitial = 675 K (402 C) everywhere (the pouring temperature) and that at time = 0 the wall temperatures on walls AB, BC', AD, and DC' are set to Twall = 100 C (the mold temperature). Study this solidification problem numerically, and hand in the following:- A copy of your source code- Plots of Tcenter versus time and Tp versus time- The total solidification time and final point of solidification within the product.- Contour plots of solidus and liquidus interfaces for a selected time- A plot showing the temporal progression of solidus interface fronts during the casting process.Run your code several times with a deceasing mesh cell size. for each of these mesh cell sizes, report on the following:- The total solidification time and final point of solidification within the product. This mesh size sensitivity analysis suggest an optimal mesh size to address this type of problem.
What comparison of means test was used to answer the question
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