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- Document type:
- Forschungsdaten
- Responsible:
- Zeller, Christian
- Authors:
- Zeller, Christian; Zaeh, Michael F.
- Author affiliation:
- TUM
- Publisher:
- TUM
- Title:
- Algorithm for the Penetration Depth in Laser Beam Melting and Algorithm for Optimal Time Steps in the Simulation of Laser Beam Melting
- Identifier:
- doi:10.14459/2019mp1515159
- End date of data production:
- 20.04.2019
- Subject area:
- MAS Maschinenbau
- Resource type:
- Simulationen / simulations
- Data type:
- Programme und Anwendungen / software and applications
- Other data type:
- MATLAB code (.m) and MATLAB formatted data (.mat)
- Description:
- The given files provide supplementary material to the PhD thesis "Adaption of Numerical Methods to the Specific Requirements of the Thermal Simulation in Laser Beam Melting". Specifically, these are the algorithms to determine the penetration depth in Laser Beam Melting and to determine optimal time steps in the simulation of Laser Beam Melting, both implemented in MATLAB.
- Links:
- Key words:
- Finite Element Method, Optimal Time Steps, Penetration Depth, Additive Manufacturing, Laser Beam Melting
- Technical remarks:
- MATLAB 2018b (or compatible) software together with the curve fitting toolbox, the optimization toolbox and the symbolic toolbox are required to execute the code.
- Language:
- en
- Other rights:
- EUROPEAN UNION PUBLIC LICENCE
- FP7 Projekt ID:
- 714246
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