... independently as CONV | FC; if Y (or N), then it is used (not used) after all corresponding layers. Engineering Tests © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only 13 04 2018 10 08 2018 10 08 2018 Rahul Rai can be contacted...

... under symmetric and asymmetric strain-controlled loadings. The test results have identified a difference in the strain-controlled cyclic phenomena in the as-build SLM Ti-6Al-4V when compared to its wrought counterpart, because of a difference in their microstructure. The plasticity model offers accurate...

... to ensure accuracy of prototype parts. © Company 1995 Coating Prototyping Tests Stereolithography is a process consisting of a continuous repetition of two distinctive steps: the solidification of one layer of the product, and recoating or covering the top of the partially built product...

... the stability of the part’s shape during post‐treatment where the melt temperature of Cu is exceeded. © Company 1995 Metals Prototyping Tests Selection metal powder sintering is a “material accretion manufacturing” or “rapid prototyping” process. It is a layer‐by‐layer manufacturing...

... the end of the process. Metals Parts Post‐processing Tests In a previous article[ 1 ], the authors gave an overview of the selective laser sintering (SLS) process and outlined the issues involved in the direct SLS of metals. In particular, recent efforts on SLS of bronze‐nickel powder...

...Kamatchi Subramanian; Neal Vail; Joel Barlow; Harris Marcus The selective laser sintering (SLS) process is used to prepare test bars from Al₂O₃/polymer binder powders. Finds that binder‐coated A1₂O₃ particles formed bars that were approximately twice...

... /Φ_{m)]^‐2 (2) Manufacturing Parts Prototyping Tests Direct SLS processing of metals undergoing a reaction during processing (selective laser reactive sintering) was first explored using Ni‐Sn powder blends[ 8 , 13 ]. Although the tin melted and wet the nickel particles}...

... of metallic prototypes for functional application and testing, the Fraunhofer Institute for Applied Materials Research (IFAM) has developed a new process, named “multiphase jet solidification (MJS)”, which is able to produce metallic or ceramic parts. The MJS process uses low‐melting alloys or a powder‐binder...