...Zipeng Guo; Ruizhe Yang; Jun Liu; Jason Armstrong; Ruogang Zhao; Chi Zhou This work presents a fast additive manufacturing (AM) protocol for fabricating multi-network hydrogels. A gas-permeable PDMS (polydimethylsiloxane) film creates a polymerization-inhibition zone, enabling continuous...

... Email: shiva.rudraraju@wisc.edu 1 Corresponding author. Email: frank.pfefferkorn@wisc.edu 25 10 2022 18 09 2023 18 09 2023 31 10 2023 additive manufacturing nontraditional manufacturing process friction surfacing solid-state processing metal deposition flow...

... of Technology. 15 04 2023 21 08 2023 21 08 2023 31 10 2023 3D bioprinting shape fidelity nozzle system multimaterial hybrid hydrogel additive manufacturing biomedical manufacturing CAD/CAM/CAE design for manufacturing rapid prototyping, solid freeform fabrication...

...Michael Biehler; Reinaldo Mock; Shriyanshu Kode; Maham Mehmood; Palin Bhardwaj; Jianjun Shi Additive manufacturing (AM) has revolutionized the way we design, prototype, and produce complex parts with unprecedented geometries. However, the lack of understanding of the functional properties of 3D...

... manufacturing Material extrusion is one of the most popular additive manufacturing (AM) processes [ 1 ]. In conventional extrusion-based AM, material deposition is performed on planar, horizontal surfaces. Due to this planar material deposition configuration, printing a curved geometry requires stacking...

...: kaitlinleong@nevada.unr.edu Email: jokaikoi@nevada.unr.edu 1 Corresponding author. Email: yifeij@unr.edu 15 05 2023 10 09 2023 12 09 2023 19 10 2023 coaxial nozzle embedded 3D printing single-layered channel matrix bath core–shell filament additive manufacturing...

...Rong Lei; Y. B. Guo; Weihong “Grace” Guo Powder bed fusion (PBF) is an additive manufacturing process in which laser heat liquefies blown powder particles on top of a powder bed, and cooling solidifies the melted powder particles. During this process, the laser beam heat interacts with the powder...

... clad dimension additive manufacturing rapid prototyping and solid freeform fabrication sensing monitoring and diagnostics Center for Hierarchical Manufacturing, National Science Foundation 10.13039/100006445 70NANB19H005 U.S. Army Research Laboratory 10.13039/100006754 W911NF...

... Email: Erman.Tekkaya@iul.tu-dortmund.de 03 08 2022 04 10 2023 04 10 2023 11 10 2023 Additive manufacturing Design for manufacturing Laser processes Sheet and tube metal forming Deutsche Forschungsgemeinschaft 10.13039/501100001659 417202720 Accepted...

...Sebastien Rouquette; Camille Cambon; Issam Bendaoud; Sandra Cabeza; Fabien Soulié Residual stresses have been characterized in four Wire Arc Additive Manufacturing specimens with neutron diffraction technique. Firstly, two methods are investigated for obtaining the reference diffracted angle θ 0...

.... Email: xiangjia.li@asu.edu 05 05 2023 08 07 2023 10 07 2023 11 09 2023 contactless printing acoustic levitation microdroplets printing photopolymerization biomedical applications additive manufacturing Arizona State University 10.13039/100007482 Start up...

...Yujing Yang; Chen Kan Metamaterials are designed with intricate geometries to deliver unique properties, and recent years have witnessed an upsurge in leveraging additive manufacturing (AM) to produce metamaterials. However, the frequent occurrence of geometric defects in AM poses a critical...

... 2023 additive manufacturing advanced materials and processing sensors sustainable manufacturing Due to characteristics such as digital production and adaptability, high energy efficiency, and low environmental effects, additive manufacturing (AM) is seen as a digital sustainable...

...Ping Chong Chua; Seung Ki Moon; Yen Ting Ng; Manel Lopez With the development and gradual maturity of additive manufacturing (AM) over the years, AM has reached a stage where implementation into a conventional production system becomes possible. With AM suitable for small volumes of highly...

... Corresponding author. Email: giorgio.depasquale@polito.it Email: antonio.coluccia@polito.it 16 05 2023 25 07 2023 26 07 2023 29 08 2023 additive manufacturing advanced materials and processing assembly design for manufacturing laser processes modeling and simulation...

...: shan37@purdue.edu Email: wu1870@purdue.edu 1 Corresponding author. Email: mao145@purdue.edu 10 05 2023 01 08 2023 03 08 2023 29 08 2023 3D printing diffraction grating drop coating different resins additive manufacturing National Science Foundation...

...Laurent Terrenoir; Julie Lartigau; Arun Arjunan; Laura Laguna Salvado; Christophe Merlo Wire arc additive manufacturing (WAAM) enables 3D printing of large high-value metal components. However, integrating WAAM into production lines requires a critical understanding of the influence of process...

...Jiachen Liu; Changxue Xu Advancements in additive manufacturing enable the fabrication of in vitro biomimetic grafts leveraging biological materials and cells for various biomedical applications. The realization of such biofabrication typically requires time from minutes to hours depending...

...Richard Rothfelder; Florian Nahr; Lova Chechik; Dominic Bartels; Michael Schmidt The progress of additive manufacturing (AM) within the last few decades has been phenomenal, progressing from a polymeric technique to a method for manufacturing metallic aerospace components. We take a look at various...

...Umesh Kizhakkinan; Sankaranarayanan Seetharaman; Nagarajan Raghavan; David W. Rosen Laser powder bed fusion (PBF/L) is a popular metal additive manufacturing (AM) process used to manufacture complex metallic 3D components. Maraging steel is one of the metals used in AM and it belongs to the class...