...: kwhitefoot@cmu.edu Email: lkara@cmu.edu Contributed by the Design Automation Committee of ASME for publication in the J ournal of M echanical D esign . 19 09 2022 22 05 2023 22 05 2023 02 06 2023 artificial intelligence computer-aided design design...

... can effectively reduce every cost term compared to the reference design. The manufacturing cost of the baseline design is approximately 59 % of that of the reference design, with a similar compliance C . We also observe that the manufacturing-cost-driven design employs significantly fewer bars...

... for Design, Manufacturing and Inspection: A Handbook for Geometrical Product Specification Using ISO and ASME Standards , 3rd Ed. , Elsevier: Cambridge , MA . [4] Zong , Y. , and Mao , J. , 2015 , “ Tolerance Optimization Design Based on the Manufacturing-Costs of Assembly Quality ,” Proc...

...: 11925092@zju.edu.cn Contributed by the Design Automation Committee of ASME for publication in the J ournal of M echanical D esign . 09 07 2022 04 12 2022 09 12 2022 10 01 2023 artificial intelligence computer-aided design data-driven design design for manufacturing...

...% with gravity balancing. Experimental tests with a prototype were conducted in which the measured driving force of the robotic platform along a trajectory showed a reduction of 87.1%. gravity balancing parallel robots gear design robot design parallel spring nonlinear force design for manufacturing...

..., and less familiar, technologies during idea generation. We call this new form of design fixation Manufacturing Fixation in Design (MFD), which we define as unconscious and often unintentional adherence to a limited set of manufacturing processes and/or constraints and capabilities during the design...

... Email: stefanie.elgeti@tuwien.ac.at Contributed by the Design for Manufacturing Committee of ASME for publication in the J ournal of M echanical D esign . 04 03 2022 12 10 2022 14 10 2022 22 11 2022 computational geometry computer-aided design design...

... D esign . 25 04 2022 05 10 2022 07 10 2022 03 11 2022 computational geometry computer-aided design design for manufacturing design methodology design representation National Research Council Canada 10.13039/501100000046 RGPIN-2018-05971 Ever...

... across all nominal designs. Contributed by the Design Automation Committee of ASME for publication in the J ournal of M echanical D esign . 26 04 2022 29 09 2022 30 09 2022 31 10 2022 artificial intelligence data-driven design design for manufacturing design...

... that the proposed methodology produces congruent results when applied to computationally designed or manufactured objects. Figure 5 reveals that the cross-sectional giant component size is more variable at low levels of compaction, while high crumpling compaction results in a more homogeneous distribution...

... 10 2022 design for manufacturing expert systems Division of Civil, Mechanical and Manufacturing Innovation 10.13039/100000147 1846048 Heuristics are context-dependent actions taken by designers in hopes of reaching “satisfactory but not necessarily optimal” solutions...

... design for manufacturing multidisciplinary design and optimization simulation-based design topology optimization 23 02 2022 07 09 2022 16 09 2022 10 10 2022 Contributed by the Design Automation Committee of ASME for publication in the J ournal of M echanical D esign...

... Contributed by the Design Automation Committee of ASME for publication in the J ournal of M echanical D esign . 17 03 2022 23 08 2022 27 08 2022 07 10 2022 computer-aided design neural network-assisted design design for manufacturing References [1] Sigmund...

.... , 2014 , “ Selection of Model Discrepancy Priors in Bayesian Calibration ,” J. Comput. Phys. , 276 , pp. 665 – 680 . 10.1016/j.jcp.2014.08.005 digital twin additive manufacturing uncertainty quantification process design process control sensing model updating design for manufacturing...

... and a manufacturing firm can achieve in the context of efficient personalized production. We study this as a dyad of product design and manufacturing system, which uses two main attributes: product modularity and manufacturing configuration complexity. To demonstrate our ideas, we use two applications. The first...

... mass reduction, strength, and inspectability. Future work will investigate the effect of DfI on additional outcomes including novelty of the design, overall manufacturing cost, geometric accuracy, and geometric complexity. Additionally, future work will explore the effect of DfI objectives on design...

... [12] Kuo , T. C. , Huang , S. H. , and Zhang , H. C. , 2001 , “ Design for Manufacture and Design for ‘X': Concepts, Applications, and Perspectives ,” Comput. Ind. Eng. , 41 ( 3 ), pp. 241 – 260 . 10.1016/S0360-8352(01)00045-6 [13] Rosen , D. W. , 2007 , “ Design...

... Contributed by the Design for Manufacturing Committee of ASME for publication in the J ournal of M echanical D esign . 12 02 2021 30 10 2021 03 11 2021 06 12 2021 1 Corresponding author. Email: prabhur@lafayette.edu Email: jtb5656@psu.edu Email: jsm5827@psu.edu...

... robotic soft robotic joints exoskeleton multi-DoF joints pneumatic soft actuator design for manufacturing design methodology design process design validation medical and bio-design of mechanisms and robotics simulation-based design The recent advances in actuation mechanisms...

... various types of critical areas of a given part using computationally efficient and purely geometric-based approaches. Kim et al. [ 33 ] present a DfAM ontology to provide useful information to support design and manufacturability analysis. By using Semantic Query-Enhanced Web Rule Language (SQWRL...