This paper presents the development of an integrated approach for microstructure prediction
in laser beam powder bed fusion (PBF-LB) manufacturing of Ti-6Al-4V, primarily focused on …

Defects in additively manufactured alloys commonly reduce fatigue life, and traditional SN
portrayals of the data provide little insight into failure mechanisms. Closer observation of …

Controlling the process-microstructure-properties relationship is at the heart of materials
science. Thus in-situ compositional control in additive manufacturing has the potential to …

Powder bed fusion processes commonly introduce voids and defects into components. It has
been shown that many of these features and their size and shape characteristics are …

The use of additive manufacturing (AM) in tooling enables low production components to be
fabricated with lower costs, reduced waste, increased design flexibility, and reduced lead …

Additive manufacturing (AM) technology has excited the aerospace world owing to its
capabilities compared to the traditional manufacturing processes [1]. This manufacturing …

In additive manufacturing (AM), it is necessary to know the influence of processing
parameters in order to have better control over the microstructure and mechanical …

Additive manufacturing offers significant design versatility which can be leveraged for
complex geometries and microstructural tailoring through the manipulation of numerous …

Metal additive manufacturing (AM) enables the creation of metal structures with complex
materials and geometry for advanced performance capabilities. Metal AM continues to grow …

There is growing interest in using additive manufacturing for various alloy systems and
industrial applications. However, existing process development and part qualification …