A knowledge-based system for process-sequence design in axisymmetric sheet-metal forming
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Gaussian process regression-driven deep drawing blank design method
2024, International Journal of Mechanical SciencesA knowledge based system for automated design of deep drawing die for axisymmetric parts
2014, Expert Systems with ApplicationsCitation Excerpt :It includes number of important activities that sequential start with determination of blank size, manufacturability assessment of deep drawn parts, selection of process parameters, determination of process sequence, selection/design of die components, and modeling of die components and die assembly. Traditionally, these tasks are carried out by skilled die designers and process planners using experience-based trial-and-error procedure (Sitaraman, Kinzel, & Altan, 1991; Tisza & Racz, 1991). Traditional design process of a deep drawing die is manual, tedious, time consuming and error-prone, which results in high cost and long manufacturing lead time of deep drawn parts (Sing & Rao, 1997).
CCKBS: A component check knowledge-based system for assessing manufacturability of sheet metal parts
2006, Journal of Materials Processing TechnologyIndustrial application of surface area calculating system (SACS) in non-axisymmetric deep drawing process
2005, Journal of Materials Processing TechnologyTOWARDS THE DIGITAL MODEL OF TOOL LIFECYCLE MANAGEMENT IN SHEET METAL FORMING
2023, Journal of Machine EngineeringTHE DEVELOPMENT OF AN INTEGRATED PLATFORM (CAD/FEA/CAM) FOR THE DEEP DRAWING PROCESS
2021, ARPN Journal of Engineering and Applied Sciences
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