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Research themes

Projects

Partnership

Master thesis

 

MI_crolab - Research themes

Chip formation (Quick-stop device)

Study of the orthogonal cutting operations to validate a slip-line field model in the micromachinning field

Micromilling force prediction model
Implementation and validation of a mechanistic force prediction model for micromilling including tool runout

Finite Element Modelling
2D/3D modelling for orthogonal cutting and milling operations in the microscale

Endovascular catheters microextrusion head
Development of a new microextrusion head for trilayer and multi lumen endovascular microcatheters (< 1 mm in diameter)

Thin features
Optimization of milling strategies for machining high aspect ratio thin features (walls, pins, etc.)

High accuracy
Development of procedures for high accuracy micromilling of flat surface

Texture
Study of the texture generation in micromilling process

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MI_crolab - Projects

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MI_crolab - Partnerships

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MI_crolab - Master thesis

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Contacts

Prof. Massimiliano Annoni

Ing. Paolo Parenti