The Lost Foam Casting Simulation of the Gray Cast Iron Linner

Shu Heng Yang; Xiao Ming Du

doi:10.4028/www.scientific.net/AMR.834-836.1580

Paper Titles

Study on Simulating the Temperature Field of P110 Oil Case for Quenching by Finite Element Method
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Computer Simulation of Aluminum Conductors Drawn in High Speed
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System Development of Processing Functional Gradient Material Part by Laser Rapid Prototyping
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Simulation Study on Wax Injection for Investment Casting
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The Lost Foam Casting Simulation of the Gray Cast Iron Linner
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Numerical Simulation for Fluid Flow of Flow Channel Structure in the Injection-Rolling Nozzle during Polymer Continue Injection Direct Rolling
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Development of Visualize Simulation System of Jet Milling Process
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How to Increase the Accuracy of Analysis and Reduce the Computational Time in ANSYS in the Case of Deformation Study of Orthopedic Bone Plates
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Numerical Simulation of New Class-Honeycomb Sandwich Structure's Core
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 834-836The Lost Foam Casting Simulation of the Gray Cast...

The Lost Foam Casting Simulation of the Gray Cast Iron Linner

Abstract:

The lost foam casting process of gray cast iron linner was simulated in this paper by using the numerical simulation method to study the properties of the filling and solidification for lost foam casting. And the comparison of the simulated results with the practical casting obtained from foundry was implemented. The results show that the reasonable technical parameters were obtained: pouring temperature of 1400°C, foam density of 13 kg/m³, vacuum of 0.04MPa, coating thickness of 0.5 mm and coating permeability of 9.5×10^-9m²/Pa·s.