...Rinku K. Mittal; Salil S. Kulkarni; Harish Barshilia; Ramesh Singh Micromilling process is widely used to create complex 3D miniature products due to its flexibility and its ability to process difficult-to-cut material like Titanium alloys. High rotational speeds are used to overcome the limited...

... was effectively decreased by applying liquid carbon dioxide during micromilling, which in turn reduced the amount of chips adhering on the machined surface and lowered flank wear. The surface roughness Ra at a cutting speed of 70 m/min was improved from 0.09 μ m under dry cutting to 0.04 μ m under the liquid...

... to be the measure of burr size of top burrs, represents the extent of burr formation. The model is applied to quantify the burr formation in Zr-based bulk metallic glass, an amorphous metallic alloy. In this study, micromilling experiments were carried out on the bulk metallic glass work material at different...

...Sudhanshu Nahata; Recep Onler; O. Burak Ozdoganlar This paper presents a simulation study toward analyzing the effect of radial throw in micromilling on quality metrics and on the deviation in tool-tip trajectory from its prescribed pattern. Both the surface location error (SLE) and the sidewall...

...Sandeep Kuriakose; Paolo Parenti; Salvatore Cataldo; Massimiliano Annoni Additive manufacturing (AM) of metal offers matchless design sovereignty to manufacture metallic microcomponents from a wide range of materials. Green-state micromilling is a promising method that can be integrated into the AM...

..., MWCNT/PS composites have been characterized and found that high shear flow in the injection molding can induce partial alignment of CNTs [ 11 ]. Furthermore, higher CNT content exhibited higher thermal and electrical conductivity, but also increased brittleness. The mechanistic micromilling model...