In practical engineering project, partial known or uncertain environment will be encountered. Totackle this problem, a design methodology based on resilient conceptual design is proposed tosupport the design process of product which can meet the requirements during the actualproduction process. Resilience represents the ability of the system to resist interference and recover.A resilient system can continue to work in a constantly changing or multi-interference environmentafter being impacted, disturbed or damaged. These changes or disturbances are uncertain orpartially known during the design process . A new design methodology based on resilientconceptual design that can be applied in heavy equipment design is proposed. In substations,restricted by various external conditions, there are many heavy components installed in limitedspace room and cannot use large-scale hoisting and transportation equipment, and different indoorsubstations have different spaces and areas, therefore, the above conditions have brought partialknown or uncertain environment to the equipment that complete the installation andtransportation of these components. Thus, the design of those equipment that complete theinstallation and transportation of these components needs implementation of resilient conceptualdesign, meanwhile it is a strong verification of resilient conceptual design. Based on previousresearch results of the research team and literature reading, I proposed a design methodologybased on resilient conceptual design and designed a new type crane which can meet therequirements during the installation and transportation of components in substations.

A Conceptual Design Method for Heavy Equipment Using Resilient Principles

Paper Proceedings: https://asmedigitalcollection.asme.org/IDETC-CIE/IDETC-CIE2021/volume/85369

ASME 2021 International Design Engineering Technical Conferences & Computers and Information in Engineering Conference (IDETC/CIE2021)

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