| Abstract Scope |
Integrated Computational Materials Engineering (ICME) has revolutionized materials and process development by connecting advanced computational models across various length scales. This interconnected approach allows scientists to understand the intricate relationships between processing, structure, properties, and (most importantly) performance. Additive manufacturing (AM) is particularly well-suited to leverage the power of ICME due to its inherent digital nature and overlap across the material, process, and design selection process. However, the effective implementation of ICME for AM faces several challenges, especially as AM research shifts towards larger-scale manufacturing processes relevant to marine applications. The complexity of these AM processes necessitates a deeper understanding of the underlying materials science and the influence of processing parameters on final part quality. This crucial foundation requires the development of more accurate and predictive models, thereby accelerating the qualification of large-scale AM parts for critical applications and ultimately unlocking the full potential of AM. |