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Author: Becker, Thorsten Hermann

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Development of titanium alloys for laser powder bed fusion with the use of d-optimal design

Similar Items: Development of titanium alloys for laser powder bed fusion with the use of d-optimal design

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The techno-economic aspects for the qualification of sustainable reconditioning and spheroidisation of Titanium Alloy (Ti6Al4V) powder for additive manufacturing
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Near-beta titanium alloys produced using laser powder-bed fusion
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The effect of powder properties on laser powder bed fusion of tungsten carbide-cobalt
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Optimizing dental implant performance through selective laser melting (SLM) design and manufacturing
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Critical powder characteristics for high quality laser powder bed fusion
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Fatigue crack growth rate threshold of laser powder bed Fusion Ti-6AI-4V
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Feasibility study on the reinforcement of Ti6Al4V with tungsten carbide particles using selective laser melting
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Development, microstructure and mechanical characterisation of nickel-based ceramic reinforced metal matrix composites manufactured by laser powder bed fusion
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Blending of powders for in-Situ Alloying of Ti-6Al-4V laser powder bed fusion
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Physics-Informed Data-Driven Determination of Printability Maps of Industrial Alloys for Laser Powder Bed Fusion Process with Understandings from Numerical Modeling
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Fracture of laser-based powder bed fusion produced Ti6Al4V
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Developing a framework to investigate the resource efficiency of manufactured titanium components process chains
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Correction: Physics-Informed Data-Driven Determination of Printability Maps of Industrial Alloys for Laser Powder Bed Fusion Process with Understandings from Numerical Modeling
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Grain Structure Formation and Processability Windows in Laser Powder Bed Fusion-Processed BiTe
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Modeling the Impact of Grain Morphology and Porosity on Creep Anisotropy in Laser Powder Bed Fusion Materials
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Development and optimisation of incremental sheet forming of titanium grade 2: process mapping
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Laser powder bed fusion of invar-based metal matrix composites reinforced with ceramic particles: relationships between residual stresses, microstructure, and mechanical properties
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Qualification and certification of laser powder bed fusion for aerospace applications: a model-based production systems engineering approach.
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The effects of machine parameters on the integrity of WC-Ni coatings deposited onto titanium parts with laser additive manufacturing
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Laser powder bed fusion produced Ti-6AI-4V: microstructural transformations and changes in deformation behaviour through thermal treatments.
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Towards patient-specific articulating implants: wear properties of polymeric materials on additively manufactured metallic alloys
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Laser powder bed fusion of cemented tungsten carbide cutting tools
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Chemical etching investigation on surface finish and fatigue behaviour of laser powder bed fusion produced Ti-6Al- 4V.
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Developing a certification framework to manufacture patient-specific implants using selective laser melting