... geometry prediction Hybrid manufacturing P = Power intensity (W); Pf = Powder flow rate, units of feeder machine (RPM); R = Powder flow rate (g/min); V = Worktable traversing speed (in/min); Ts = Worktable traversing speed (mm/min); G = Deposit height (mm); D...

... Functional design Topology optimization Functionally graded materials Acoustic metamaterials Thermal management Multimaterial printing Hybrid manufacturing Additive manufacturing (AM), commonly referred to as three-dimensional (3D) printing, has undergone a remarkable evolution – transitioning...

... and the need for extensive postprocessing are major challenges. The hybrid manufacturing approach provides the opportunity to combine the advantages of milling and AM while overcoming their disadvantages. This study aims to highlight the potential of this approach by exploring three design approaches...

... to challenges associated with the conventional manufacturing process. Design/methodology/approach This study addresses the problems of mechanical weakness and production limitations of conventional brass bearings by introducing the use of Hybrid Manufacturing techniques: Laser Directed Energy Deposition...

...) processes. The current shortcomings and outlook of the DF also have been highlighted. A DF is a state-of-the-art manufacturing facility that uses innovative technologies, including automation, artificial intelligence (AI), the Internet of Things, additive manufacturing (AM), SM, hybrid manufacturing (HM...

... cracking. Originality/value High oil concentration residues from previous machining operations in hybrid manufacturing led to hydrogen induced cracking when working with AISI H13 tool steel. The results obtained will help in defining future hybrid manufacturing processes that combine additive...

.... Material interface Hybrid manufacturing Fused filament fabrication Computer numerical control machining Large-scale additive manufacturing Multi-material components Hybrid manufacturing (HM) systems merge multiple processes into a system to take advantage of strengths while avoiding weaknesses...

... are made about the mechanical performance of such hybrid components produced in batches and also about the production efficiency of the investigated hybrid manufacturing (HM) route. The obtained results show that the proposed HM route can produce hybrid MIM/PBF components with consistent mechanical...

...Paul Lynch; C.R. Hasbrouck; Joseph Wilck; Michael Kay; Guha Manogharan Purpose This paper aims to investigate the current state, technological challenges, economic opportunities and future directions in the growing “indirect” hybrid manufacturing ecosystem, which integrates traditional metal...

...Niechen Chen; Prashant Barnawal; Matthew Charles Frank Purpose The purpose of this paper is to present a new method for automated post machining process planning for a hybrid manufacturing process. The manufacturing process is expected to generate complex functional parts by taking advantage...

... models. Research limitations/implications The algorithm is limited to cylindrical and rectangular substrates and only considers collision between the substrate and the deposition head. Originality/value This method represents a new approach to solving a portion of the hybrid manufacturing process...

...Danielle Strong; Issariya Sirichakwal; Guha P. Manogharan; Thomas Wakefield Purpose This paper aims to investigate the extent to which traditional manufacturers are equipped and interested in participating in a hybrid manufacturing system which integrates traditional processes such as machining...

... be contacted at: mickael.rivette@polymtl.ca © Emerald Group Publishing Limited 2013 Hybrid rapid tooling Multi component prototype Hybrid manufacturing STEP Machine tools Software tools Rapid prototypes Parts Assembly This chapter of ISO 10303 specifies the information needed...