Evaluation of the dimensional accuracy through 3D optical scanning in incremental sheet forming

Robotic Incremental Sheet Metal Forming: Waste Management Through Digital Fabrication

“…Los autores establecieron como la principal variable a tener en cuenta, la capacidad del material a ser deformado. En relación con esto, una desventaja del proceso de conformado incremental es la desviación resultante entre el diseño original y la pieza producida debido a la recuperación elástica del material (Bârsan et al;Ren et al, 2019).…”

Process variables optimization for multiple responses in SPIF of titanium using Taguchi-GRA

“…Bârsan et al studied the impact of wall angle and step size on the geometrical deviation of DC04 mild steel conical parts formed using SPIF. The results showed that the error in the height of the formed cone increases with the upsurge in wall angle and step size [20]. In [21], Cédric et al defined a toolpath using a B-spline curve for SPIF in thin (less than 1 mm) polypropylene sheets.…”

Investigating the Impact of Process Parameters on Thinning and Formability in Aluminum Alloy AA 1050 Incremental Sheet Metal Forming

“…Crazing increases spindle speeds, and twisting increases step-down values. Thermoplastic SPIF failure modes were studied using SEM and integral temperature analysis [12]. The KUKA KR210 industrial robot was selected as the process execution equipment in this experiment to evaluate the dimensional correctness of a truncated cone geometry created by SPIF.…”