Image 12: a) CAD model of the demonstrator in a semi-transparent representation to visualize the position of the cooling channel in the casting, b) Representation of the cast part with pouring runner, overflows and ventilation in the partially hidden form and c) exemplary illustration of the cast part itself. The inner diameter of the cylinder, which is open on both sides, is approx. 140 mm.

Published at 963 × 557 in A Breakthrough in E-Mobility: Integrating Complex Cooling Channels Directly into Die-Cast Housings

Image 12: a) CAD model of the demonstrator in a semi-transparent representation to visualize the position of the cooling channel in the casting, b) Representation of the cast part with pouring runner, overflows and ventilation in the partially hidden form and c) exemplary illustration of the cast part itself. The inner diameter of the cylinder, which is open on both sides, is approx. 140 mm.

Image 12: a) CAD model of the demonstrator in a semi-transparent representation to visualize the position of the cooling channel in the casting, b) Representation of the cast part with pouring runner, overflows and ventilation in the partially hidden form and c) exemplary illustration of the cast part itself. The inner diameter of the cylinder, which is open on both sides, is approx. 140 mm.

Image 12: a) CAD model of the demonstrator in a semi-transparent representation to visualize the position of the cooling channel in the casting, b) Representation of the cast part with pouring runner, overflows and ventilation in the partially hidden form and c) exemplary illustration of the cast part itself. The inner diameter of the cylinder, which is open on both sides, is approx. 140 mm.