...-use rights only 3D printing Machine learning Genetic algorithm Inter-layer bonding Mechanical strength With rapid technological advancements, manufacturing techniques have become crucial, driving industries to seek faster methods (Noorani, 2006 ; Wong and Hernandez, 2012...

... rules to improve mechanical strength in FFF parts. Refer to the original Web page and database for detailed design rules and access to the databases (Lopez Taborda, 2024). This section is divided according to failure theory and characterization of mechanical properties. Luis Lisandro...

... sintering experiments (Idriss et al., 2020b). The microstructure and particle distribution of the various PCPC specimens were analyzed by scanning electron microscopy (SEM). Findings The mechanical strengths (bending, tensile and impact strengths and density) and the dimensional accuracy...

... examines the effect of binder flow rate on dimensional accuracy. Furthermore, the changes in the mechanical properties over time with hydration have been investigated. Practical implications Results indicate that the increase in mechanical strength of Portland cement concrete with pure water...

...) TotalKustom (Rudenko, 2020) BetAbram (Molitch-Hou, 2020) 3D concrete printing (Bos et al., 2016) 3D printing Dimensional accuracy Layer thickness Mechanical strength Surface quality Binder saturation Building and construction industry faces innumerable challenges...

... Scaffolds Selective laser melting Material properties Mechanical strength Hybrid design Cell viability Additive manufacturing (AM) methods have recently boosted their technological capabilities and provided some advantages over conventional manufacturing methods. One of the foremost advantages...

... modelling Additive manufacturing PLA Fused filament fabrication Anisotropy Interlayer bonds Desktop 3D printing Polylactic acid Digital fabrication Mechanical strength In the current work, the following notions are introduced and the following short-hands are used: FFF...

...Wonjin Jo; O-Chang Kwon; Myoung-Woon Moon Purpose Despite the rapid development of fused deposition modeling (FDM), the insufficient mechanical strength of the printed objects is one of the biggest stumbling blocks for practical applications. Therefore, the purpose of this study is to emphasize...

... be reduced from 4.5 to 4.1 µm by sonotrode rolling and from 4.5 to 0.8 µm by ultrasonic deformation. Peel testing demonstrated that sonotrode-rolled substrates could maintain their mechanical strength, while the performance of UAM-deformed substrates degraded under same welding conditions...