... , X. , Huang , S. , Li , D. , Geng , J. , Yang , F. , and Li , Q. , 2022 , “ An Approach to Improve the Microstructure and Mechanical Properties: A Hybrid Manufacturing of Laser Directed Energy Deposition and Shot Peening ,” Addit. Manuf. , 55 , p. 102686 . 10.1016/j.addma...

..., indicating improved homogeneity of the grain size distribution compared to Wire Arc DED alone. The study shows that the proposed hybrid manufacturing technique has the potential to control and improve the geometric and mechanical properties of additively manufactured metal components. This research study...

... spindles to enable hybrid manufacturing capabilities [ 32 , 33 ]. The application to non-spherical powders is particularly pertinent since many materials, including high-entropy alloys and refractories, are made primarily by chemical reduction and are therefore always polyhedrally shaped [ 34...

... location and parting direction) simultaneously for hybrid casting and additive manufacturing. The proposed formulations for hybrid manufacturing processes are validated through 2D and 3D numerical examples. The proposed approach further enlarges the design space with manufacturing constraints, and has...

... on a single machine necessitate positional accuracy and repeatability in terms of machine movements. As illustrated in Fig. 1( a ) , a hybrid manufacturing system with concurrent printing and finishing capabilities was developed based on the previous prototype [ 17 ] and incorporated with a servo-controlled...

...Hany Osman; Ahmed Azab; Mohammed Fazle Baki Hybrid manufacturing technology has enabled manufacturers to combine advantages of mainly subtractive and additive manufacturing technologies. A single machine supports producing products with complex geometry, at high quality, and with a high degree...