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Foundry: Accurate Filling Simulations
Foundry filling simulation using FLOW-3D Cast.
Filling in a casting process consists of analyzing the filling pattern and associated defects, for instance, whether defects are sent to an overflow or remain trapped in the part. Simulation analysis allows a design to be tested before ever going into production, both validating its effectiveness and saving money.
The accuracy of the filling is not only important to track the locations of oxide defects and entrapped air, but it is also key for solidification results. A correct fill pattern means a correct thermal pattern at the end of the fill. This thermal pattern is the basis for a solidification analysis.
Go to: FOUNDRY FILL VALIDATION
Related links:
FLOW-3D Helps Prove Da Vinci's Casting Genius
Download the FLOW-3D Cast Foundry brochure
Analysis and Optimization of a Stopper-Rod Pour
Request a Foundry applications demo CD
Read more in our Casting Tech Papers
Sand Casting Filling Simulations
The filling of a sand casting of a steel engine block.
The metal is is fed into the mold through an inlet at
the bottom of the casting. The fluid is colored
by temperature.
Filling of a sand casting using grey iron simulated
with FLOW-3D Cast.