Abstract With the growing interest in smart factories, defect-prediction algorithms using data analysis techniques are being developed and applied to solve problems caused by defects at manufacturing sites. Cost benefit is an important factor consider, can be obtained applying such algorithms. Existing usually aim reduce error rate of prediction model, rather than focusing on cost for practical...

In high volume productions based on casting processes, like high-pressure die casting (HPDC) or injection moulding, there is a wide range of variables that affect the end quality of produced parts. These variables include production parameters (temperature, pressure, mixture), and external factors (humidity, temperature, etc.). With this many variables it is a challenge to maintain a stable out...

The die-casting process is a metal casting processes that utilize molds or permanent dies. In this work, the effect of varying percentage increase in reinforcement on some mechanical properties aluminum alloy composites was obtained by die cast process. applied to produce various casts using as matrix and sawdust at 5%, 10% 15% weight. Aluminum Scrap sourced sent for elemental characterization ...

This chapter presents the use of the additive manufacturing (AM) method powderbinder-jetting (PBJ) for the generation of molds and cores for casting applications. Theoretical information on process steps and the binding of particles is given. For the based chemistry, examples are presented and the transfer from conventional produc‐ tion processes to powder-binder-jetting is explained. For sand ...

The paper focuses on the research of influence chosen technological parameters die casting selected mechanical properties castings based Al-Si alloys. experiments conducted within frame practical part examined plunger pressing speed in mould cavity influencing a which were represented by ultimate tensile strength and percentage share porosity castings. Plunger is closely related to filling mode...