How Magma helps in metalcasting applications
Traditionally the process of metal casting has been very difficult, especially without the use of software. Now with the help of Magma Training, engineers can utilise their casting process simulation skills to come up with technical and conceptual solutions. Collaboration of casting designers can easily be achieved with the downstream production chain.
MAGMA5 software is the latest version being used today for casting process simulation. Capabilities in cooling and solidification, simulation of mold filling, microstructure formation of casting processes and property distribution are available. Casting processes are commonly used for large steel products, die cast, gray iron and steel aluminium.
Experienced instructors for training
Reputed institutes have experienced instructors who can implement a blend of practical sessions with academic learning. With several years of experience in this field, they know exactly how to guide the students. The Magma training course has been designed as per the latest industry trends and provides the student up-to-date course material.
Topics taught during Magma courses
Magma is the tool which makes casting process simulation easy for the engineers. A number of topics are taught during this course which are as follows:
- The Magma tools and its different features
- Creation of sand molds and inlet
- Importing required material from the Magma database
- Defining and the creation of new material
- Time, pressure, temperature and velocity analysis during filling
- Analysis of air entrapment during filling analysis
- Doing solidification and defect analysis
The use of Magma tool
Metal is characterised by its robustness. MAGMA5 helps in determining whether metal is adequately robust or not. The virtual experimentation and also optimisation of metalcasting applications is done with the help of Magma. Modeling capabilities of all casting processes is handled by Magma.
MAGMA5 Standard provides a project management perspective to handle various project versions. Parametric solid modeling of geometries with a CAD kernel can also be done. Automatic meshing of geometries can be done for the simulation.
MAGMA5 can also be expanded on a modular basis. This is one of the greatest advantages of this tool. For specific processes and materials, it can be linked to other modules. Learn more about it at a Magma Training Institute in Noida.
