Foundry Technique Designing of the Large Scale Thin-Section Casting

Bin Feng He

doi:10.4028/www.scientific.net/AMM.121-126.325

Paper Titles

Propagation of Lamb Waves in one Dimensional Nesting Fibonacci Superlattices Thin Plates
p.306

Quantitative Control of C₂S Crystal Transformation
p.311

Quasi-Static Failure Analysis of Composite Sandwich Panels
p.316

Reaction Mechanism of Dye with Atomic Hydrogen on Au Cathode Plated Nanostructured Pd Film
p.320

Foundry Technique Designing of the Large Scale Thin-Section Casting
p.325

Principle of Error Analysis for Rapid Prototyping Technology
p.330

Research on Preparation and Properties of Al-Mn Alloy Coating in NaCl-KCl-AlCl₃-NdCl₃ Molten Salts
p.335

Thermal Effect on Buckling of General Dome Ends Using Finite Element Method
p.340

Research on Sealing Equipment for Ceramic Metal Halide Arc Tubes
p.346

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 121-126Foundry Technique Designing of the Large Scale...

Foundry Technique Designing of the Large Scale Thin-Section Casting

Abstract:

The FDM numerical simulation software View Cast system was employed to the counter-pressure casting of aluminum alloy large-scale thin-section casting. By analyzing the mold filling and solidification, the distribution of liquid fraction, temperature field were studied. The potential shrinkage defects were predicted to be formed at the top of the casting. A solution towards reducing such defects has been presented. The feeding capacity of the riser was improved. Analysis on the shrinkage proved that the improved riser is an effective method for reduction of defects.