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Laser Surface Hardening Considering Coupled Thermoelasticity Using An Eulerian Formulations
2008
Zenodo
Thermoelastic temperature, displacement, and stress in heat transfer during laser surface hardening are solved in Eulerian formulation. In Eulerian formulations the heat flux is fixed in space and the workpiece is moved through a control volume. In the case of uniform velocity and uniform heat flux distribution, the Eulerian formulations leads to a steady-state problem, while the Lagrangian formulations remains transient. In Eulerian formulations the reduction to a steady-state problem
doi:10.5281/zenodo.1328158
fatcat:qibuwby5erh3hosgohrzrgdxhe