Alexandre Gilbin
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View article: Mechanical investigation of assembled osteosynthesis plates: experimental and numerical approaches
Mechanical investigation of assembled osteosynthesis plates: experimental and numerical approaches Open
International audience
View article: Rheological properties and machinability in dry turning of neat PLA and PLA reinforced with hemp fibers
Rheological properties and machinability in dry turning of neat PLA and PLA reinforced with hemp fibers Open
International audience
View article: Machinabilty of PLA obtained by injection molding under a dry milling process
Machinabilty of PLA obtained by injection molding under a dry milling process Open
International audience
View article: Experimental investigation of coatings efficiency in micro-ball-end milling of pre-sintered 5Y-TZP ceramic
Experimental investigation of coatings efficiency in micro-ball-end milling of pre-sintered 5Y-TZP ceramic Open
This study deals with micro-ball-end milling of a pre-sintered yttria tetragonal zirconia polycrystal. The aim is to underline the reliability of different coatings while machining this material regularly used in dental and luxury industri…
View article: Experimental investigation of coatings efficiency in micro-ball-end milling of pre-sintered 5Y-TZP ceramic
Experimental investigation of coatings efficiency in micro-ball-end milling of pre-sintered 5Y-TZP ceramic Open
This study deals with micro-ball-end milling of a pre-sintered Yttria Tetragonal Zirconia Polycrystal. The aim is to underline the reliability of different coatings while machining this material regularly used in dental and luxury industri…
View article: Experimental and numerical investigation of extrudate swell of polylactic acid via Extrusion-based Additive Manufacturing process
Experimental and numerical investigation of extrudate swell of polylactic acid via Extrusion-based Additive Manufacturing process Open
Extrusion swell is a rheological phenomenon of polymers that occurs after the extrusion die exit due to relaxation of the residual molecular stress. This phenomenon is essential to ensure the accuracy and stability of components manufactur…
View article: Development of a quick-stop device for micro-cutting
Development of a quick-stop device for micro-cutting Open
Micro-cutting is characterised by undeformed chip thicknesses in the micron range. This range leaves little choice of in situ observation techniques. One solution is therefore to observe these zones a posteriori after the cutting has been …
View article: Surface texturing of cutting inserts for turning of aluminium
Surface texturing of cutting inserts for turning of aluminium Open
This paper presents wet machining of wrought aluminium alloys with textured and non-textured tools. To improve the machining performance, textures were produced on rake face of uncoated cemented carbide by using femtosecond laser machining…
View article: Study of the Influence of Cutting Edge on Micro Cutting of Hardened Steel Using FE and SPH Modeling
Study of the Influence of Cutting Edge on Micro Cutting of Hardened Steel Using FE and SPH Modeling Open
Micromachining allows the production of micro-components with complex geometries in various materials. However, it presents several scientific issues due to scale reduction compared to conventional machining. These issues are called size e…
View article: PIM-like EAM of steel-tool alloy via bio-based polymer
PIM-like EAM of steel-tool alloy via bio-based polymer Open
This paper discusses an innovative additive manufacturing process, using a combination of polymer 3D printing by fused filament fabrication and powder metallurgy to create complex shaped, high density parts from powders without tooling. Th…
View article: Characterization of friction for the simulation of multi-pass orthogonal micro-cutting of 316L stainless steel
Characterization of friction for the simulation of multi-pass orthogonal micro-cutting of 316L stainless steel Open
Contact behavior at the tool-workpiece and the tool-chip interface affects the machined surface integrity, and it is especially significant in micromachining. In order to predict surface integrity in multi-pass orthogonal micro-cutting fro…
View article: Femtosecond laser–matter interaction of tungsten carbide
Femtosecond laser–matter interaction of tungsten carbide Open
We investigate the femtosecond laser–matter interaction for a tungsten carbide with 10% of cobalt. A femtosecond laser (1030 nm) with a pulse duration of 400 fs was used. For cumulated fluences between 1.4 and , laser-induced pe…