一种三态组织钛合金低功率激光增材制造方法及钛合金
By controlling the parameters of laser additive manufacturing and the laser quenching process, the transformation of micron-sized sheet microstructure to three-state microstructure is regulated, solving the problem of preparing titanium alloy components in low-power laser additive manufacturing. This enables the rapid and low-cost manufacturing of high-performance titanium alloy components, which is highly adaptable and avoids multiple heat treatments.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- CAPITAL AEROSPACE MACHINERY
- Filing Date
- 2023-10-31
- Publication Date
- 2026-07-17
AI Technical Summary
Existing technologies make it difficult to obtain the special three-state microstructure of titanium alloys in low-power laser additive manufacturing, which restricts its application in the aerospace field and results in long manufacturing cycles, high costs, and low material utilization.
By controlling the parameters of laser additive manufacturing and the laser quenching process, the transformation of micron-sized sheet microstructure into three-state microstructure can be regulated, including laser power, scanning rate, spot diameter, overlap rate and powder feeding rate. With the aid of laser quenching treatment, high-performance titanium alloy components can be directly prepared.
It enables rapid and low-cost manufacturing of titanium alloy components, achieves excellent three-state microstructure and properties, improves material utilization, reduces manufacturing costs, has strong adaptability, and avoids multiple plastic deformations and heat treatments.
Smart Images
Figure CN117483791B_ABST