1. MÖHRING H.-C., STEHLE T., MAUCHER C., BECKER D., 2019, Prediction of the Shape Accuracy Parts Fabricated by Means FLM Process Using FEM Simulations, Journal Machine Engineering, 19/1, 114–127. Google Scholar

Recently the Meshless and Generalized FEM became to be in the center of interest, especially in the engineering community. I have identified more than 200 engineering papers and four books ([1],[2],[3],[4]). I found very few papers of mathematical character (assumptions, theorems, proofs). Hence there is a large experience and heuristics but not too much mathematical understanding of the method...

Article history: Received: 14.7.2015. Received in revised form: 17.10.2015. Accepted: 19.10.2015. The fatigue performance of steel truss integral joint is analyzed based on multi-scale FEM. Numerical results are verified with experimental ones. The fatigue performance of steel truss integral joint is analyzed using a sea-crossing suspension bridge as its background. The 1:2 scale model fatigue ...

In present-day IC’s, substrate noise can have a significant impact on performance. Thus, modeling the noise-propagation characteristics of the substrate is becoming ever more important. Two ways of obtaining such a model are the Finite Element Method (FEM) and the Boundary Element Method (BEM). The FEM makes a full 3D discretization of the entire substrate and is very accurate and flexible, but...

Due to the local inhomogeneous magnetic saturation of core interior permanent magnet synchronous motor (IPMSM), field changes nonlinearly, which makes analytical calculation difficult. Therefore, mostly relies on finite element method (FEM). However, high computation cost FEM restricts efficiency design and analysis IPMSM. In this article, an model (AM) slotless open-circuit air-gap (OC-AG-MF) ...

The transport worthiness of suspension springs and discharge lo0p in hermetic compressors under impact conditions has been analysed by analytical and computational simulation. The equations represent static behaviour to consider the maximum stresses arising from the impact loads. The problem is divided into two parts. The discharge loop is analysed by linear one-dimensional finite elements in 3...