How can current issues in both conventional and solid-state additive manufacturing processes? What are the various metallurgical solutions available for effectively eradicating interlayer defects in additive manufacturing?
Both conventional and solid-state additive manufacturing processes have their own set of issues. Some of the current issues in conventional additive manufacturing processes include poor surface finish, poor accuracy, and limited design complexity. On the other hand, solid-state additive manufacturing processes suffer from issues such as residual stresses, anisotropy, and interlayer defects.
Interlayer defects are one of the most significant issues faced in additive manufacturing. These defects can result in poor mechanical properties, lower product quality, and even product failure. There are several metallurgical solutions available for effectively eradicating interlayer defects in additive manufacturing. Here are a few examples:
Overall, the effective eradication of interlayer defects in additive manufacturing requires a combination of metallurgical solutions. By implementing a range of solutions such as heat treatment, in-situ process monitoring, material selection, and process parameter optimization, it is possible to significantly reduce interlayer defects and ensure high-quality products.
Can all these disadvantages be reduced by recently patented MELD solid state technique?
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