#Doe magmasoft full#
#Doe magmasoft crack#

MagmaSoft(version 4.4), 2006, Release Notes and Manual. Kim, 2009, Gate design to reduce porosity in high pressure die cast impeller blade, Proc. MAGMA shows examples of developing the optimal gating and riser layout in combination with requiring the least amount of time and cost using the optimization tools of the casting process simulation. This helped the engineers to define the best process conditions for eliminating the porosity.To keep the task efficient, 64 different designs were investigated in the DOE, running solidification simulations only. Within the DOE, 3 different feeder neck designs and different alloy chemistries for carbon and silicon were investigated. Wu, 2000, Taguchi Methods of Robust Design, ASME, New York. To establish an optimized and robust process, a virtual Design of Experiments (DOE) using MAGMASOFT was performed. Taguchi, 1998, Introduction to Quality Engineering, McGraw-Hill, New York. Tsoukalas, 2008, Optimization of porosity formation in $AlSi_9Cu_3$ pressure die castings using genetic algorithm analysis, Mater. Chen, 2008, Numerical optimization of gating system parameters for a magnesium alloy casting with multiple performance characteristics, J. Dalla Valentina, 2008, DOE applied to optimization of aluminum alloy die castings, J.

#Doe magmasoft full#

Chang, 2004, Use of Taguchi method to develop a robust design for the magnesium alloy die casting process, Mater. As a first step, the equations for energy, liquid momentum, continuity, and gas species are solved using the commercial software package MAGMAsoft. Our experts use the full range of the MAGMASOFT product portfolio to provide simulation solutions fit to your needs. Syrcos, 2003, Die casting process optimization using Taguchi methods, J.

#Doe magmasoft crack#

In doing so, the solidification and cooling of the part to ambient temperature, including the resulting stresses and crack susceptibility, were analyzed for each combination of the different casting designs and riser configurations. Park, 2000, Optimal gating system design of escalator step die casting part by using Taguchi method, J. exchanged in a design of experiments (DoE) in MAGMASOFT. MAGMASOFT В® is capable of autonomously establishing robust process conditions and optimized solutions for high pressure die castings regarding casting geometry, die layout, thermal control and process parameters.W. It is aimed at users who already attended a MAGMASOFT Advanced Training while also having basic knowledge of Design of Experiments (DoE), wanting to learn about the Autonomous Engineering approach Significant features and functions relevant for Autonomous Engineering are presented in this training based on objectives of the MAGMA APPROACH. The quality and profitability of high pressure die castings are driven by the tooling design, the layout of the gating system, the thermal control of the die and reproducible manufacturing conditions.