3D Modeling and Printing in Physics Education: The Importance of STEM Technology for Interpreting Physics Concepts by Indira Usembayeva, Bakitzhan Kurbanbekov, Sherzod Ramankulov, Aknur Batyrbekova, Kazhymukan Kelesbayev, Asem Akhanova

“…Based on 3D computer programs, a modeling method and constructive printing methods were chosen. …”
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Harnessing 3D Scanning and Printing Technology to Improve Students’ Proficiency in Assessing Foot Posture by Daniel R. Bonanno, Sheree E. Hurn, Helen A. Banwell, Daniel Alizzi, Hylton B. Menz

“…Methods Fifty podiatry students from three Australian universities used the FPI‐6 to score nine 3D printed foot models ranging from −11 (highly supinated) to +12 (highly pronated). …”
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Stimulus-responsive gradient hydrogel micro-actuators fabricated by two-photon polymerization-based 4D printing by Li Tongqing, Tsui Gary Chi-Pong, Wong Chi-Ho, Tang Chak-Yin, Tang Kai, Tan Youhua

“…The 2PP-based gradient printing was used to fabricate bilayer and trilayer PNIPAm hydrogel micro-actuators, with the laser dose programmed to modulate the crosslinking degree of each layer. …”
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Aerogel-Based TiO2 Stable Inks for Direct Inkjet Printing of Nanostructured Layers by Aline M. Barreiro, Geneviève K. Pinheiro, Bruno N. Wesling, Daliana Müller, Letícia T. Scarabelot, Luciana V. de Souza, Dachamir Hotza, Carlos R. Rambo

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Customizable large-scale HPLC fraction collection using low-cost 3D printing by William J. Crandall, Marco Caputo, Lewis Marquez, Zachery R. Jarrell, Cassandra L. Quave

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Measuring the Dimension Accuracy of Products Created by 3D Printing Technology with the Designed Measuring System by Martin Pollák, Dominik Sabol, Karol Goryl

“…The article describes the design and implementation of a control system for a servo drive used in the proposed solution of a measuring system with a depth sensor, primarily oriented to the control and precise measurement of manufactured products by 3D printing technology. The entire program plan is implemented through the CCW software ver. 12 (Connected Component Workbench) and micro motion control devices. …”
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Geomechanical laboratory testing for sand production characterization using 3D-printed core analogues by Edson Felipe Araujo-Guerrero, Guillermo Arturo Alzate-Espinosa, Rick Chalaturnyk, Gonzalo Zambrano-Narvaez

“…It combines three points in the analysis: (1) The 3D printing technology, which allows obtaining similar samples with high repeatability, giving reliability to the results; (2) A comprehensive program for the mechanical characterization of printed samples; and, (3) The study of the mechanical behavior of the samples under sanding conditions. …”
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Exploration of Occupational Safety Practices in Chemical Waste Management: A Case Study in the Printing Industry by Juwairiah Juwairiah

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Evaluation of Internal and Marginal Accuracy (Trueness and Precision) of Laminates Using DLP Printing and Milling Methods by Mijun Noh, Habin Lee, Wansun Lee, Jaehong Kim, Jihwan Kim

“…This study evaluated the internal and marginal accuracy (trueness and precision) of zirconia laminate veneers fabricated using the DLP printing and milling method, employing 3D analysis software program. …”
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3D‐Printed Soft Proprioceptive Graded Porous Actuators with Strain Estimation by System Identification by Nick Willemstein, Herman van der Kooij, Ali Sadeghi

“…Within this work, liquid rope coiling is used to 3D‐print soft graded porous actuators. By fabricating these actuators from a conductive thermoplastic elastomer, piezoresistive sensing is directly integrated. …”
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Exploring Architectural Units Through Robotic 3D Concrete Printing of Space-Filling Geometries by Meryem N. Yabanigül, Derya Gulec Ozer

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A review of smart structures and adaptation of 3d printing methods for future fashion applications by Viktorija Diak

“…Given that progress is achieved through programming and modifying the structures themselves using new materials/composites, prototyping plays a pivotal role as a problem-solving process. …”
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Fabrication of a novel 3D-printed perfusion bioreactor for complex cell culture models by Brian H. Jun, Jacob E. Torrez, David J. Ross, Brian M. Patterson, Mohammad O. Ishak, Arasely M. Rodriguez, Jennifer F. Harris, Katie L. Davis-Anderson

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Creating custom 3D printing material colors using optical modeling of waste plastic by Kimia Aghamohammadesmaeilketabforoosh, Joshua Givans, Morgan Woods, Joshua Pearce

“…Specifically, this study introduces a novel method for customizing color filaments by recycling waste 3D printing samples, thereby enhancing the capabilities of color 3D printing. …”
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Investigating Tensile Strength in SLA 3D Printing Enhancement Through Experimentation and Finite Element Analysis by Siwasit Pitjamit, Norrapon Vichiansan, Parida Jewpanya, Pinit Nuangpirom, Pakpoom Jaichomphu, Komgrit Leksakul, Pattarawadee Poolperm

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Assessment of printed lung cancer surgery patient education materials in the United StatesCentral MessagePerspective by Woorin Jang, BS, Savanna Kerstiens, MA, Rachel Nordgren, PhD, Anne Dijkstra, MB, Marina DePablo, MPH, DNP, RN, Lauren Gleason, MD, MPH, Darren Bryan, MD, Jessica S. Donington, MD, MSCR, Mark K. Ferguson, MD, Jane L. Holl, MD, MPH, Maria Lucia Madariaga, MD

“…Methods: Various lung cancer programs throughout the United States were contacted for their lung cancer surgery PEMs. …”
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Remote Control Device for the Detection and Correction of Errors in the FDM 3D Printing Process in Real Time by Henry Requena, Kelvin Pozuelo, Carlos Díaz, Jean Coll

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Investigating the strength performance of 3D printed fiber-reinforced concrete using applicable predictive models by Lu Qianyang, Mei Song, AlAteah Ali H., Alsubeai Ali, Eldin Mohammad Mohie, Ahmed Hafez Mohamed

“…In order to estimate the compressive strength (CS) and flexural strength (FS) of 3DP-FRC, the present study used gene expression programming (GEP) and Multi expression programming (MEP) for machine learning (ML). …”
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3D printing for advanced surgical planning in veterinary medicine—case studies, methods and future perspectives by Ramon Rodrigues de Lima, Lucas Rannier Ribeiro Antonino Carvalho, Lucas Rannier Ribeiro Antonino Carvalho

“…To construct the digital models, the CT data are processed using inVesalius 3.1 software, a Brazilian program for segmentation and rendering of medical images. …”
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3D-printed skull model for enhancing training in external ventricular drainage within medical education by Katharina Scheidt, Fabian Kropla, Dirk Winkler, Robert Möbius, Martin Vychopen, Johannes Wach, Erdem Güresir, Ronny Grunert

“…The bone component was fabricated via 3D printing using a realistic hard polyamide, PA12. The ventricular system was also 3D printed as a hollow structure using a flexible material, Elastic Resin 50 A from Formlabs. …”
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