Multidisciplinary design optimization using knowledge management applied to an electronic throttle

Abstract

Purpose Within the current industrial context, companies aim to decrease the design process time and cost. The multidisciplinary design optimization (MDO) appears as a solution to accelerate the process and support designers in different stages of the design cycle. However, this relatively new concept needs to be integrated efficiently in the industrial environment and issues related to collaboration, data management, traceability and reuse need to be overcome. Design/methodology/approach The aim of this work is to efficiently integrate the MDO in the industrial design cycle by means of knowledge management (KM) techniques. To take into account the industrial environment, the methodology was applied in a collaborative software. Findings An example of collaborative design and optimization of an electronic throttle body (ETB) controller is presented with industrial requirements. The design problem was solved successfully and demonstrates the efficiency of the methodology in collaborative environments. Originality/value The contributions of this work lie in the structuration of the knowledge to support MDO and the definition of a general way to connect the existent MDO tools to the knowledge base. This methodology will enable to freely link different steps of the design process and reduce considerably the setting time of MDO in industries.

The Influence of Performance-Based Building Design on the Strategy of Retail Property in Indonesia

“…De'tienne et al [42] assesses the effectiveness of the collaboration in producing a successful design. However, in the design process, one of them is inseparable from time, Mcharek et al [43] developed multidisciplinary design optimization (MDO) to accelerate the design process and support designers during this stage of the design cycle. Interdisciplinarity is involved during the collaboration process, by making regular communication among several stakeholders.…”