ABS materialFused deposition modellingPrinting speedAbaqus/Digimat couplingThe effect of printing speed on the tensile strength of acrylonitrile butadiene styrene (ABS) samples fabricated using the fused deposition modelling (FDM) process is addressed in this research. The mechanical performance of FDM-ABS...
Tensile strength of 0° direction of composites increased being proportional fiber content and fiber orientation function as change from isotropy (J=0) to anisotropy (J=1). But, tensile strength of 90° direction by separation of fiber filament decreased when tensile load is imposed for width ...
In general, filaments with larger cross-sectional areas (equivalent diameters) had lower strengths than filaments with smaller cross-sectional areas. A cyclic variation of fiber diameter along filament lengths was discovered with a repeat distance of about 16-cm and a maximum rate of change of ...
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Improvements in strength are, in general, realized at low twists by the incorporation of the filament and by further constraining it to occupy the core. The contribution of the components to the yarn strength and the process of breaking were also subjected to a detailed study. The studies ...
One and a half spool of PLA/ABS/Polycarbonate Filament (must be stiff and strong) Screwdrivers, allen keys, needle nosed pliers, etc. Step 1: Design Process- Dummy Placement Before we start, make sure you are prepared for building the machine. Look over all the steps, and once you're ...
The inter-bundle debonding at 800 °C developed into the inter-filament debonding, which signals the degrading of the material strength. To better describe the failure mechanism of 2D-C/SiC composite at elevated temperature, Conclusions This paper investigates the dynamic tensile properties of 2D-C...
Subsequently, seventy poplar samples from a common garden were used to test the tensile properties of the printed materials. The median tensile strength at yield was 50 MPa, with 5–95 percentiles ranged in 37–54 MPa. Strain% at break had a median value of 2.1%, and 5–95 percentiles ...
Continuous fibre reinforced polymer composites [12], [13] are ideal lightweight material candidates for preparing reinforced structures due to their high strength to weight ratio and high stiffness. In recent years, fabrication of fused thermoplastic polymer filament with high performance fibres has ...
Video S7. A Simulation Demonstrating the Effect of Gradually Increasing Cortical Stiffness Alone in a Monolayer, Related to Figure 6 Video S4. Simulations Where Monolayers Increase Junctional Stiffness, Related to Figure 6 Video S5. Simulation Where Junctions Increase Tensile Strength, Related to Figure...