In 2021, Romar Engineering formally partnered with RMIT to collaborate on a new project: Multi-objective optimisation of additively manufactured components subject to multiphysics loading.

Direct energy deposition (DED) and Laser powder bed fusion (L-PBF) additive manufacturing processes can enable unprecedented levels of part design optimisation by eliminating constraints imposed by traditional manufacturing techniques.

Our collaboration will focus on better solutions to challenging multi-disciplinary design problems involving thermal, fluid, and structural loading, present in high-value components such as rocket engine components, advanced heat exchangers, high temperature valves and conformally cooled tooling.


About RMIT

RMIT University is a globally-respected university of technology, design and enterprise.

RMIT’s researchers collaborate with researchers from university, government and industry, nationally and internationally to develop innovative real-world solutions to challenges including cutting-edge manufacturing solutions.

The result is exceptional research outcomes that help reshape our community.


Project technical details

Academic Supervisor: Prof. Ivan Cole, Dr. Maciej Mazur
Industry Supervisors: Romar Engineering

Please find full project technical details here.

Blog

Romar Builds on Additive Manufacturing Capability with Cutting-Edge 3D Printer

Romar Engineering is pleased to unveil our latest 3D printing technology - the Concept Laser M2 Seri…

Meet Romar’s Newest Advanced Manufacturing Engineer, Agnendra Singh

Romar is using our recently awarded Australian Government MMI grant towards 18 new positions in our …

Romar Advanced Manufacturing Features on Ticker Business

Steve Milanoski, Romar Engineering’s Head of Advanced Manufacturing, recently featured on Ticker N…

Contact Romar

GET IN TOUCH FOR MORE INFORMATION


    Design for Manufacture (DFM)Metal Additive ManufacturingPolymer Additive ManufacturingEngineering ConsultationManufacturing AnalysisISO 13485 Cleanroom MouldingInjection MouldingCompression/Transfer MouldingTool Design and ManufactureRapid PrototypeCNC MachiningCMM Precision InspectionCleanroom AssemblyOther (Please Specify)

    Romar Newsletter