... Mechanical properties Thermal properties Bio-filler composites The densities of the fabricated samples were determined using the Archimedes method in distilled water, as described by equation (1) : (1) ρ = w a w a - w b ρ dw where ρ...

... and a low modulus (or a high strength-to-modulus ratio) contribute to an effective compliant mechanism. When using fused filament fabrication ( FFF ) with polymers, these mechanical properties depend on a variety of factors, including process parameters. The purpose of this study is to experimentally...

..., including elemental mapping, energy-dispersive spectroscopy and X-ray diffraction, was conducted to examine compositional gradients, grain structures and phase distributions. Tensile testing and hardness measurements were performed to assess the mechanical properties of the FGMs. Findings...

...Rui Xing; Zhongkan Ren; Zhonghao Liu; Zhuhui Qiao Purpose Additive manufacturing of zirconia dental restorations remains constrained by insufficient densification, mechanical properties and dimensional stability compared with computer-aided design and computer-aided manufacturing (CAD/ CAM...

... mo.khajehzadeh@aut.ac.ir 15 10 2025 23 01 2026 10 02 2026 16 02 2026 © 2026 Emerald Publishing Limited 2026 Emerald Publishing Limited Licensed re-use rights only Functionally graded materials Selective laser melting SS316L/IN625 Remelting Mechanical properties...

... are constructed. Then, the compression simulation and compression experiments are conducted on different porosity structures; the elastic modulus and yield strength data are obtained; and the mechanical properties of different structures are analyzed. Findings The quantitative relationship between porosity...

... Licensed re-use rights only Laser additive manufacturing Copper Inconel 718 Mechanical properties Thermophysical properties Bimetallic Generally, laser absorption has a positive relation with temperature, i.e. the absorption coefficient increases with an increase in laser power...

... was analyzed via scanning electron microscopy, while the mechanical properties were assessed through uniaxial compression testing using a universal testing machine. Findings The results indicate that an appropriate contour scanning energy density (e.g. 16.7 J/mm²) can significantly improve...

...Amin Barzegar; Mohammadreza Farahani; Mohammad Reza Karafi; Amirreza Gomroki Purpose Although material extrusion-based additive manufacturing ( AM ) techniques offer many advantages, their industrial application is limited by the relatively poor mechanical properties of the printed parts. Among...

... ) and whether or not it is an extrusion move. Various methods have been explored to model key aspects of MEX-based AM to predict the process-dependent mechanical properties of manufactured components (Rashid and Koç, 2021). These modeling approaches primarily focus on thermal and chemical transformations...

...Hardik Dalsukhbhai Sondagar; Shailendra Kumar Purpose The present study aims to investigate the mechanical properties and energy absorption capabilities of triply periodic minimal surface ( TPMS ), namely gyroid, primitive, diamond and neovius structures, fabricated using the fused filament...

.../approach ER308 stainless steel walls were fabricated using WLAM in pulsed and un-pulsed. Microstructural analysis was conducted via metallography, while mechanical properties were assessed through hardness, Charpy impact and tensile testing. Fractography was performed to evaluate failure mechanisms...

.../approach Epoxy composites were reinforced with zinc borate at weight fractions of 0.5%, 1%, 2% and 3% using the stereolithography additive manufacturing method. The mechanical properties were characterized through tensile, three-point bending and dynamic mechanical analysis. Thermal properties were...

... and enhancing their reliability. The mechanical properties of curved-axis beams are affected by several key parameters, including curvature radius (Abdoos et al., 2020 ; Tekin Atacan and Yükseler, 2022), material properties (Anirudh et al., 2019 ; Karami et al., 2019), geometric...

... the highest value of natural frequency of 19.53 Hz. The mechanical properties, such as tensile, flexural, impact and hardness are determined experimentally. Originality/value The results showed that the composite scaffold (S9) with 60% infill density and 90° raster angle orientation has obtained high...

.../a. Additive manufacturing Laser-based powder bed fusion of metals Aluminium metal matrix Powder characterisation Precipitation hardening Mechanical properties Traditional aluminium alloys from 2000 and 6000 series are commonly used for wrought processing. Due to their good properties such as low...

... Box-Behnken design Mechanical properties Optimization FDM This study did not receive specific grants from public, commercial or not-for-profit funding agencies. The technological revolution driven by additive manufacturing, especially 3D printing via fused deposition modeling (FDM...

...-dimensional-printing HIPS with rational balance between mechanical properties (tensile strength, flexural strength and impact strength) and build time are achieved. The outcome of this research can be useful to achieve high-performance FFF-printed HIPS parts for automotive industries and medical fields...

...Uday Kumar Jonnala; Ravi Kumar Yennam; Ian Gibson Purpose This study aims to investigate the mechanical properties of graded triply periodic minimal surface Split-P lattices fabricated via laser powder bed fusion (L-PBF) and examine how grading direction affects energy absorption. Design...

... properties were also obtained. Findings The mechanical properties of the engineered foam were found to be within the desired range for a valid padding material. Also, the new material has higher energy absorption characteristics than traditional foam and relatively low hysteresis loss. Practical...