ABS and the Maritime and Port Authority of Singapore (MPA) are collaborating on developing a model-based additive manufacturing (AM) qualification framework for the maritime industry, aimed at expediting the approval process for AM parts. Traditional manufacturing processes use physical testing for validation, a time-consuming process that can be optimized through digital manufacturing. Model-based qualification could significantly reduce lead time and costs for approving AM parts, making on-demand manufacturing more practical in the maritime sector.
The project involves ABS, ASTAR, and Mencast Marine, with ASTAR’s Singapore Institute of Manufacturing Technology (SIMTech) focusing on developing data-driven models to predict defects in AM parts. The collaboration aims to refine the framework and create guidelines for implementing the models in qualifying ship parts. Supported by the MPA’s Maritime Innovation and Technology Fund, the project is expected to enhance the efficiency and productivity of the maritime industry by accelerating the approval process for AM parts.
MPA’s Assistant Chief Executive, Kenneth Lim, highlighted the project’s potential to reduce business costs and expedite AM parts certification. A*STAR’s SIMTech emphasized their commitment to advancing the industry through innovative approaches, such as data-driven models for AM qualification. Mencast Marine aims to drive innovation and efficiency in AM part approvals, ultimately promoting the adoption of AM technology in the marine sector. ABS has been actively involved in pioneering AM initiatives and is dedicated to streamlining the qualification process for AM parts in the maritime industry.
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