Simulation of Geometry and Heat Transfer in a Thin Wall Produced by Direct Laser Powder Deposition

Karim Kheloufi; El Hachemi Amara

doi:10.4028/www.scientific.net/AMR.227.134

Paper Titles

Fluid Model Simulation of DC Glow Discharges
p.116

PIC-MC Simulation Method of DC Discharge Plasmas
p.121

Modeling of Detector Radiations Response P-I-N in Technology Thin Film on ASIC (TFA) Intended for Digitalization in Medical Imagery
p.125

Effect of Argon Ambient Gas Pressure on Plume Expansion Dynamics
p.129

Simulation of Geometry and Heat Transfer in a Thin Wall Produced by Direct Laser Powder Deposition
p.134

Modeling the Formation of Periodic Nanostructures on Solid Surface Induced by Femtosecond Laser Ablation by Particle-in-Cell Method
p.138

Numerical Modeling of an End-Hall Ion Source
p.144

Optimization of the Plasma Display Panel Characteristics with PIC-MCC Method
p.148

OES Diagnostics of HMDSO/O₂/CF₄ Microwave Plasma for SiOC_xF_y Films Deposition
p.152

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 227Simulation of Geometry and Heat Transfer in a Thin...

Simulation of Geometry and Heat Transfer in a Thin Wall Produced by Direct Laser Powder Deposition

Abstract:

A three dimensional model for direct laser powder deposition process is developed to simulate the geometry and the thermal field in building a single-bead wall (thin-wall). This model was employed using the Fluent commercial code to which several modules were appended (User Defined Functions UDF). The temperature distribution, the geometrical features of the generated structure, and thermal cycles have been carried out. We show that the results analysis can provide guidance for the process parameter selection in LPD. , and develop a base for further residual stress analysis.

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Periodical:

Advanced Materials Research (Volume 227)

Pages:

134-137

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.227.134

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Online since:

April 2011

Authors:

Karim Kheloufi, El Hachemi Amara

Keywords:

Coaxial Injection, Laser Powder Deposition, Numerical Modeling, Rapid Manufacturing

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References

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