Numerical Simulation and Die Casting Process for Cylinder

Yong Huang; Yue Dong; Xiao Ming Du

doi:10.4028/www.scientific.net/AMR.490-495.2362

Paper Titles

Finite Element Analysis of the Hydraulic Pressure in a Large Heat Exchanger
p.2342

Experimental Study on the Dynamic Performance of Long-Span Steel Arch Bridge in Passenger Dedicated Line
p.2347

Realization of the Detecting Method for Aircraft Digital Image Transmission System Based on Multi-Processor
p.2352

Performance Analysis of Bionic Propulsion Device above Water in Different Parameters
p.2357

Numerical Simulation and Die Casting Process for Cylinder
p.2362

Appropriate Mass Flow Research of Lubricant for Different Oil Groove Type of Wet Multi-Disc
p.2366

Application of Kalman Filter in Brake Inertia Dynamometer of Motorcycle
p.2371

Modeling and Simulation of Inert Gas System for Dangerous Cargo Tankers
p.2376

Optimal Design Method of Fins in Automotive Oil Cooler Based on the Thermal-Hydraulic Performances
p.2381

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Numerical Simulation and Die Casting Process for Cylinder

Abstract:

Filling and solidification for aluminum alloy packing block in die casting were simulated by numerical simulation. Distribution and change of temperature field as well as velocity field were visualized. The desirable processing parameters can be obtained with pouring temperature of 620°C and mould temperature of 180°C as well as shot velocity of 4m/s. The qualified products were obtained on the basis of the optimized die-casting parameters.