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Titanium alloysTitanium alloy have great adaptability in aviationAviation, and medicalMedical equipmentComposite manufacturingManufacturing because ofAutomotive their advantages, like high specific strengthStrength, good corrosion resistanceCorrosion resistance and so on. However, traditional processingProcessing methods on titanium alloysTitanium alloy are costly and difficult to perform, which limits their wide applicationApplication. Direct laserLaser depositionDeposition (DLD) technology provides new ideas and methods for titanium alloysTitanium alloy manufacturingManufacturing, especially for the complicated structureStructure. It shows high processingProcessing efficiencyEfficiency and can effectively produce high qualified parts. Compared with traditional processingProcessing technologies on titaniumTitanium parts, the DLD technology shows obvious advantages in material utilization, and processingProcessing efficiencyEfficiency. This chapter shows the development and advantages of DLD, its characteristics and applicationsApplication in manufacturingManufacturing of titanium alloysTitanium alloy, and it looks forward to the prospects of DLDed titanium alloysTitanium alloy.

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Advances in Direct Laser Deposited (DLDed) Titanium Alloys

  • 章节

  • 发表日期：

    2025年

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  • Pu Liu,
  • Xuan Sun,
  • Jian Bi,
  • Xunpeng Qin,
  • Liqiang Wang,
  • Yan Wen,
  • Lechun Xie

摘要

Titanium alloysTitanium alloy have great adaptability in aviationAviation, and medicalMedical equipmentComposite manufacturingManufacturing because ofAutomotive their advantages, like high specific strengthStrength, good corrosion resistanceCorrosion resistance and so on. However, traditional processingProcessing methods on titanium alloysTitanium alloy are costly and difficult to perform, which limits their wide applicationApplication. Direct laserLaser depositionDeposition (DLD) technology provides new ideas and methods for titanium alloysTitanium alloy manufacturingManufacturing, especially for the complicated structureStructure. It shows high processingProcessing efficiencyEfficiency and can effectively produce high qualified parts. Compared with traditional processingProcessing technologies on titaniumTitanium parts, the DLD technology shows obvious advantages in material utilization, and processingProcessing efficiencyEfficiency. This chapter shows the development and advantages of DLD, its characteristics and applicationsApplication in manufacturingManufacturing of titanium alloysTitanium alloy, and it looks forward to the prospects of DLDed titanium alloysTitanium alloy.