Modules

Shape Casting In SUTCAST, several algorithms are provided to simulate shape casting processes with maximum accuracy Steel Casting Casting of alloy steels can be simulated with SUTCAST covering a wide range of compositions Iron Casting Cast iron parts can be simulated with a high precision thanks to SUTCAST simulation algorithms and database Aluminium Casting SUTCAST can predict microstructure, mechanical properties, gas-shrinkage microporosities of aluminum alloys thanks to its effective modules linked to a rich database Low Pressure Die Casting SUTCAST involves a specific module for low pressure die casting with several features: Possibility of introducing various process cycles Permanent Mold Casting SUTCAST solver is designed to perform required calculations working with all affecting parameters such as high heat transfer rates due to metallic molds, coatings, mold pre-heating, etc Disamatic Casting SUTCAST comes with advanced solvers for modeling such processes

---

Utilities

Macroshrinkage SUTCAST can predict locations with the highest probability of macroshrinkage which are presented in high quality 3D images Microshrinkage (SUT Criterion) The location and distribution of microporosities are well predicted using SUTCAST sophisticated models Microshrinkage (Niyama Criterion) In SUTCAST, algorithms are designed to predict this defect with maximum accuracy based on Niyama criterion Mechanical Properties SUTCAST is equipped with advanced modules for prediction of mechanical properties of cast irons and various families of aluminum alloys Microstructure Prediction In SUTCAST R. 9.1 microstructure of cast aluminum parts can be predicted based on simulation results and real findings Simulation Modulus In SUTCAST, however, distribution of the modulus (determined based on modified Chvorniov equation) is presented graphically for the entire object Turbulence Modeling SUTCAST solves turbulence equations using very efficient algorithms developed by SUTCAST team Hot Tears SUTCAST can predict the possibility of formation of hot tears in cast parts which helps foundrymen reduce wastes before putting the plan into action Filter Modeling Proper design of filters is a task which can be done in SUTCAST using the filter tool of the software Exothermic Materials The effect of exothermic materials on casting design is simulated by SUTCAST and is reflected in reduced volume of Macroshrinkages inside the cast part Vent Modeling SUTCAST users can include venting system in their casting design and simulate it for maximized perfection Particle Tracking SUTCAST users can include venting system in their casting design and simulate it for maximized perfection Post Filling SUTCAST tracks these movements providing a better understanding of the phenomena occuring in the system