Tag: Additive Manufacturing

Mechanical testing showed that 3D-printed SEBS aortic valve leaflets were substantially stiffer than TPU, while TPU tolerated greater deformation before ...

A review synthesizes finite element modeling, artificial intelligence and digital-twin research for additive manufacturing of refractory alloys while identifying unresolved ...

A 2026 review finds that responsive hydrogels, bioinks and patient-specific scaffolds are promising for general surgery, but realistic wet, contaminated ...

A single annealing step transforms 3D-printed 316L stainless steel, raising twin boundary fractions above 55 percent and boosting elongation by ...

A new FEA-driven algorithm selectively reinforces high-stress zones of 3D-printed titanium jaw reconstruction plates, cutting peak stress by up to ...

A new review in Frontiers in Materials details how 3D-printing technologies are unlocking the extraordinary potential of high-entropy alloys, from ...

By systematically tuning SLA printing and post-processing parameters, researchers enabled a 3D-printed high-temperature resin distillation column to survive 72 hours ...

A new editorial in Frontiers in Manufacturing Technology surveys how finite element methods are transforming precision manufacturing, from laser shock ...

Researchers in Aachen have developed an automated production concept for personalized medical scaffolds in which magnetically levitating print beds serve ...

Hydrogen is often described as the fuel of the future, but getting it out of storage quickly remains one of ...

A new Frontiers in Materials research collection reveals how machine learning, melt pool physics, auxetic metamaterials, and nanometer-scale polishing are ...

Researchers at Cranfield University have developed WAAM-ViD, an angle-invariant deep learning pipeline and public benchmark dataset that monitors melt pool ...

A new comprehensive review maps how additive manufacturing, porous lattice design, and hybrid bioactive coatings must be integrated to solve ...

Researchers have developed an open-source hybrid micro-gripper that combines vacuum and friction grasping to handle SMT components from 0.5 to ...

A new study finds retrieval-augmented generation dramatically outperforms fine-tuning when adapting large language models to expert-level additive manufacturing questions.

Maraging stainless steels have quietly become one of the most important material stories of the additive manufacturing era. These iron-based ...

A sweeping new review finds that 3D-printed nuclear reactor components offer remarkable design freedom but face unresolved questions about thermal ...

Indian researchers have combined compression testing, ANOVA, and a bird-inspired optimization algorithm to identify the Neovius lattice as the strongest ...

A comparative study of SLA 3D-printed re-entrant auxetic lattices shows that hexagonal geometries excel at cushioning while star triangular designs ...

Researchers have shown that a machine learning model trained on casting data, guided by chromium and nickel equivalents, can accurately ...