Global ETD Search

Numerical Models for Compression Mold Filling

Lee, Ching-ChihUniversity of Illinois at Urbana-Champaign2014

… element method to study the filling pattern of compression molding. The effects of charge size, temperature-dependent viscosity, mold temperature, and mold closing speed on the velocity and temperature distributions and flow front advancement are investigated.

uiuc Repository record for Numerical Models for Compression Mold Filling (opens in a new tab)

Compression mold filling simulation for thick, nonplanar parts

Liang, Erwin Wen-TiUniversity of Illinois at Urbana-Champaign2011

… and Caulk's model, is developed to study the compression mold filling over three-dimensional curved surfaces. The effects of charge thickness and surface curvature on the pressure and velocity distributions are examined.

uiuc Repository record for Compression mold filling simulation for thick, nonplanar parts (opens in a new tab)

Prediction of Fiber Orientation During Processing of Short Fiber Composites

Advani, Suresh GopaldasUniversity of Illinois at Urbana-Champaign2014

… perform fiber orientation predictions for the compression mold filling process. The simulation is based on the finite element method and is capable of predicting planar orientation in flat parts of otherwise complicated shape. Comparison with experiments show that the simulation accurately …

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Characterization of Compression Molded Sodium Caseinate-based Films

Hartwig, Kathryn

clemson Repository record for Characterization of Compression Molded Sodium Caseinate-based Films (opens in a new tab)