/The total solidification times of three casting shapes are to be compared: (1) a sphere with diameter= 10 cm, (2) a cylinder with diameter and length both = 10 cm, %3D and (3) a cube with each side = 10 cm. The same casting alloy is used in the three %3D cases. (a) Determine the relative solidification timesfor each geometry. (b) Based on the results of part (a), which geometric element would make the best riser? (c) If the mold constant = 3.5 min/cm2 in Chvorinov's rule, compute the total solidification time for each casting.
/The total solidification times of three casting shapes are to be compared: (1) a sphere with diameter= 10 cm, (2) a cylinder with diameter and length both = 10 cm, %3D and (3) a cube with each side = 10 cm. The same casting alloy is used in the three %3D cases. (a) Determine the relative solidification timesfor each geometry. (b) Based on the results of part (a), which geometric element would make the best riser? (c) If the mold constant = 3.5 min/cm2 in Chvorinov's rule, compute the total solidification time for each casting.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:/The total solidification times of three casting shapes are to be compared: (1) a
sphere with diameter= 10 cm, (2) a cylinder with diameter and length both = 10 cm,
and (3) a cube with each side = 10 cm. The same casting alloy is used in the three
cases. (a) Determine the relative solidification timesfor each geometry. (b) Based on
the results of part (a), which geometric element would make the
best riser? (c) If the mold constant = 3.5 min/cm2 in Chvorinov's rule, compute the
total solidification time for each casting.
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