Science Arts & Mйtiers (SAM)

For the modeling of single reed wind instruments four objects are distinguished: the mouthpiece with reed, the tube, the tone hole with possible closing by a finger or a key, and

coatings and the substrate (X38CrMoV5). b) Microstructure of steel substrate close to the interface interface. c) Microstructure of Co-based alloy Coating close to the interface.

coatings and the substrate (X38CrMoV5). b) Microstructure of steel substrate close to the interface interface. c) Microstructure of Co-based alloy Coating close to the interface.

This is an author-deposited version published in: https://sam.ensam.eu Handle ID: .http://hdl.handle.net/10985/16978 To cite this version : Giulia BERTOLINO, Marco MONTEMURRO, Giorgio

The localization method is based on the following physical phenomenon: a finger contact modifies the energy distribution of acoustic wave in a solid; these variations depend on the wave

- In welding configuration, when the incident beam is Gaussian, the conduction-to-keyhole transition occurs when the deflection of liquid/gas interface reaches a threshold depth, equals

This simulation will allow the user to perform the endotracheal intubation procedure with the assistance of a laryngoscope and other necessary steps in a realistic virtual reality

Also true for the steel SNC that the hardness improves after plasma nitriding at a higher temperature of 500°C for 10 h and the present study has shown the significant improvement of