Laser directional energy deposition forming quality evaluation method

Abstract

The invention provides a laser directional energy deposition forming quality evaluation method, and relates to the technical field of additive manufacturing evaluation, and the method comprises the following steps: according to the importance of nuclear safety, giving an importance grade to nuclear-grade equipment; obtaining design data of the nuclear grade equipment to be evaluated; evaluating the powder raw material for directional energy deposition printing, and recording the value or allowable change range of a key variable of the powder raw material to form powder data; printing equipment and a printing process for directional energy deposition printing are obtained; based on the importance level, carrying out printing equipment evaluation and printing process evaluation; forming a printing data packet based on the design data, the powder data, the printing equipment and the printing process; and printing the to-be-evaluated nuclear-grade equipment according to the printing data packet, and performing finished product detection on the printed to-be-evaluated nuclear-grade equipment. The method has the advantage of improving the convenience, comprehensiveness, reliability and traceability of an evaluation result.

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