Additive manufacturing processes have been attracting extensive attention and developing
greatly in recent years. These processes have been widely studied by industrial and …

During the additive manufacturing, the shape of workpieces is influenced by printing
parameters. To achieve the desired shape of the workpiece, an optimization algorithm is …

The part with lattice structures generally consists of a framework and lattice structures. Since
its slices contain the large-area contours of the framework and some small and discrete …

Path pattern is one of the most significant parameters in the additive manufacturing (AM)
process because it influences the specimen's final shape and residual stress distribution …

The main objective of this study is to evaluate residual stresses in AISI 316L and 18Ni
Maraging 300 functionally graded materials with continuous variation of composition within …

This study was conducted to determine the applicability of welding by the incidence angle of
a laser beam to prevent laser head interference when a vertical stiffener is at a side post of a …

Additive manufacturing (AM) technology facilitates the creation of complex structures, where
the printing path significantly impacts thermal distribution, subsequently influencing stress …

To properly simulate the laser directed energy deposition (L-DED) process, the heat source
model is crucial as it represents the absorbed heat energy, which controls the thermal …

A design optimization framework is proposed for process parameters in additive
manufacturing. A finite element approximation of the coupled thermomechanical model is …

With the continuous development of preparation technology, laser additive manufacturing
(LAM) has become one of the effective ways to manufacture functionally graded materials …