This article comes to us from Hannah Pinales. Hannah is a Strategic Student Co-op here on the Product Engineering Software organization here at Siemens Digital Industries. This is the fifth and final article of the series. The previous articles have highlighted the full product development workflow that Siemens DISW equips users with in order to design for sustainable awareness. This article demonstrates how this workflow can bring innovation to part designs….
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3D print distortion? Iterative model compensation can help | Simcenter
Repeated heating and cooling can cause your metal 3D print distortion. Read how iterative model compensation can help you get your first print right.
Efficient and accurate acoustic trim modeling with Simcenter 3D
Lighter. More efficient. Electrified. Those are the key aspirations of almost every car manufacturer today. The urgent necessity to reduce our carbon footprint is leading to a burst of innovation. New materials and manufacturing methods as well as complex multiphysics technologies grab all the attention. They radically change how vehicles are developed. Can engineers working
Design For Purpose: Virtual Simulation and Testing
Welcome back! Thank you for your continued interest in how additive processes can radically decrease manufacturing’s sustainable footprint. In the first article, we covered NX lattice structure capabilities for enhanced designs. In the second article, we covered the incorporation of Multimech to accelerate the product development lifecycle by extending finite element analysis to the microstructural
Defeature and midsurface geometry quickly
One of the main issues you face as an analyst is the need to clean, defeature, and mid-surface geometry you import from CAD. Features like small holes, small steps, and surfaces impact meshing speed and quality but can be irrelevant to engineering performance. You might also have to create mid-surface geometry for thin-walled solid geometry
Composite Materials Performance Evaluation – using a fast, virtual testing tool
Industrial Challenge: Materials Engineering for Composites subject to Variability The powerful combination of being strong and lightweight makes composites materials favorable for the automotive and aerospace industry. This low weight translates into a reduction in fuel consumption and emission. Composite materials are more complex than metals, with more design parameters. A robust design is desired,