#MAGMASOFT 5 SOFTWARE#

This paper gives an insight into the required accuracy of the thermophysical properties by analytical and numerical methods, using the MAGMASOFT В® simulation code. For iron castings, showing a solid-state phase transformation after an extended cooling time in the mold, this aspect may become very important.

#MAGMASOFT 5 SOFTWARE#

Particular emphasis has been placed on further simplified and efficient use of the software and its results. Hence, the cooling power of the mold will be stronger during the heating cycle at the beginning of the process and weaker at the end when the system is cooling again. With this in mind, the new MAGMASOFTВ® Release 5.5 makes significant contributions for creating even more value in casting design, in toolmaking and in the foundry. Especially with sand mold materials, the definition of thermophysical properties becomes more complicated, as they exhibit a nonreversible behavior during the process due to the thermal decomposition of the binder materials and the evaporation of the water contained in the sand. Table 5: MAGMASOFT maximum residual stress values - Simulation (V3). MAGMASOFTВ® 5.5 thus offers diverse and new potentials for securing and increasing the efficiency of casting design, tooling layouts or production processes for both, users and decision makers. MAGMAinteract is a new and innovative software for the visualization of MAGMASOFT.

The availability of accurate thermophysical data for all material groups in the whole casting system is a very important aspect in this context, as the simulation results used to analyze the casting process are very much dependent on the material data applied. obtained by the MAGMASOFT simulation for the heat treated and machined samples. MAGMA introduces its new release MAGMASOFT 5.4.1, which offers numerous new capabilities and improvements for virtual prediction and optimization for all casting processes, including continuous casting and core production. Advanced computer technologies like MAGMASOFT В® have turned out to be powerful tools for continuous process optimization.

The numerical simulation of casting processes is finding a steadily growing acceptance in the foundry industry worldwide.

Magmasoft 5