Additive Manufacturing concentrates the attention, not only of the research and academic
community, but of the industry as well. Selective Laser Melting (SLM) and Selective Laser …

Simulation modelling methods have gained dramatic acceleration in the last years among
academic environments and industry-driven enterprises. Primary reason is that such models …

This paper presents a hybrid Smoothed Particle Hydrodynamics (SPH)–Finite Element
Method (FEM) solver for metal cutting simulations on Graphics Processing Units (GPU). For …

A fundamental optimization of a grinding process usually involves expensive equipment and
experimental matrices covering a large parameter space. To aid this often cumbersome …

Most metal turning processes utilize cutting fluids. Despite extensive experimental and
analytical studies, the mechanisms of chip formation under consideration of a cutting fluid …

The ramp-up of new geometries, process parameters, and materials can be enormously time
and cost-intensive in Additive Manufacturing. Especially for Laser-Directed Energy …

Microstructural changes in the near-surface regions of a material determine its mechanical
properties and consequently also its tribological behavior. This work is a study of the …

Nanocutting is a method of direct machining in nanomanufacturing field, and it is an
important ultraprecision machining method. Nanocutting technology adopts single-point …

In this work, we present a fully atomistic approach to modeling a finishing process with the
goal to shed light on aspects of work piece development on the microscopic scale, which are …

In recent decades, due to the population growth and low precipitation, the overexploitation of
ground water resources has become an important issue. To ensure a sustainable scheme …