- Magmasoft heat transfer serial#
- Magmasoft heat transfer verification#
- Magmasoft heat transfer software#
- Magmasoft heat transfer windows#
MAGMA HT thermal, MAGMAstress, MAGMAlink, MAGMAdielife Products and functionalities for the prediction of core shooting, gassing, and purging and the assessment of die life aid in making the best use of available knowledge. Process modules allow the consideration of specific process requirements and to control the manufacturing process. MAGMAhpdc, MAGMAlpdc, MAGMApermanent mold, MAGMAwheel, MAGMAinvestment casting Material-specific modules allow the prediction of microstructures and properties and consider alloys and metallurgy. MAGMASOFT® can easily be linked to additional modules for specific processes, materials or quality aspects.
Magmasoft heat transfer serial#
Simulation programs for the calculation of mold filling, solidification, cooling and serial casting applications.Definition of virtual designs and parameters for optimization runs.Comprehensive process mapping with direct access to all materials, process steps and the corresponding simulation settings.Automatic meshing of geometries for the simulation.Parametric Solid Modeling of geometries using a CAD kernel as well as import and export of CAD data.A project management perspective for handling of simulation and optimization projects.A common graphical user interface for all modules.MAGMASOFT® standard has a modular structure and contains the following functionalities for a comprehensive simulation: Offers reliable and early information to designers for robust product and process development.Improves communication and confidence within your company and in cooperation with customers.Empowers quality management by generating systematic understanding how process variability affects quality.Allows faster decision making to establish saving time for all parties involved.
Magmasoft heat transfer windows#
Identifies optimal process conditions for robust process windows early and reliably.Establishes optimized operating points for quality, yield and cost.Offers a virtual test field for the reduction of metalcasting defects with high degrees of freedom without production risk.Supports all cast materials and all aspects of casting manufacture including melting and metallurgy, pattern and coremaking, cleaning and repair.MAGMASOFT® offers the following main benefits:
Magmasoft heat transfer software#
The software can be applied for optimized process robustness and part quality from conceptual to final component design, during the tooling layout and prototyping, all the way through to the production and heat treatment processes. Dissertation, University of Windsor, Windsor, Ontario, 2007.A modular software design covers the complete process chain of cast components. MAGMASOFT ® (version 4.4) Release Notes and Manual, 2006.Ī. Clair: Inverse Heat Conduction: Ill-Posed Problems, Wiley Interscience, New York, NY, 1985, pp.
Magmasoft heat transfer verification#
The verification of the determined IHTC values demonstrates that the inverse algorithm is an effective tool for determination of the IHTC at the squeeze casting–die interface.Ĭ.A. The comparison of the predicted cooling curves with the experimental measurement manifested the cooling temperatures calculated by the IHTC values determined in the current study were in the best agreement with experimental ones. With the applied pressure of 60 MPa, the peak IHTC values of aluminum alloy A443 from steps 1 to 5 varied from 5629 W/m 2K to 9419 W/m 2K. Similar characteristics of IHTC peak values were also observed at 30, 60, and 90 MPa applied pressures. The results showed the IHTCs initially reached a maximum peak value followed by a gradually decline to a lower level. In this work, IHTCs were determined by using the inverse algorithm based on measured temperature histories and finite-difference analysis in a five-step squeeze casting of aluminum alloy A443. However, it is difficult to determine the values of interfacial heat-transfer coefficients (IHTCs) in squeeze casting of aluminum alloys due to many influence factors. A critical portion of casting simulation is the heat transfer at the metal/mold interface. As an effective tool, simulation helps do the analysis and optimization in advance and undertake preventive action.