Design for manufacturability (also know as design for manufacturing) and assembly (DFM/DFA) is the application of process, method and art of creating cost effective product designs. The design stage is very important and ultimately influential in the end-product cost, quality, and time to market...
Direct Digital Manufacturing Course into Mechanical Engineering Technology Curriculum Product design principles of AM are evolving; traditional design approach of "design for cost" and "design for manufacturing" might be relevant to AM, but not sufficient enough to live up to the new capabilities of ...
Findings revealed areas to strengthen in each of the eight general standards resulting in the actualization of the course design to be more accessible and practical for student use. A few of the specific enhancements made as a result of the revision were the creati...
Share Review "Highly reccomended software" Overall: I have been using it professionally for over ten years. I mainly use it to produce drawings for manufacturing for parts that are produced in various ways including sheet metal, CNC machining, 3D printed parts, and custom aluminum extrusions....
A Relational Model of Data for Large Shared Data Banks, Edgard Codd (PDF), la publication originale de Edgard Codd en 1970, père de l'algèbre relationnelle et du modèle relationnel Use the index, Luke !, site maintenu par Markus Winand, une référence des bases de données relationnelle...
摘要: Practice and Problem of Design and Manufacturing Education in Elementary Schools : From the Practice in Elementary and Junior High Consistency School and the Survey of School Teachers in Oita Prefecture 小栗 翔太 , 島田 和典 教育実践総合センター紀要 (32), 187-199, 2014...
The goal of the Success by Design framework is to ensure a successful customer outcome for each implementation. By starting with the Solution blueprint review, the team can review the overall solution plan and help offer suggestions and course corrections early. The purposes for the Solution blue...
Their firm worked on a diverse array of projects, with designs for exhibitions, furniture, houses, monuments, and toys. Together they developed manufacturing processes to take advantage of new materials and technology, aiming to produce high-quality everyday objects at a reasonable cost. Many of ...
CorradoPoli, inDesign for Manufacturing, 2001 1.5ENGINEERING DESIGN Engineering design generally follows but overlaps industrial design, as illustrated inFigure 1.1. Engineering design consists of four roughly sequential but also overlapping stages orsubprocesses, each corresponding to a design problem type...
As additive manufacturing (AM) processes become ubiquitous in engineering and design, there has emerged the need for a workforce skilled in designing for AM (DfAM). Researchers have proposed educational interventions to train students in DfAM; however, few measures with sufficient validity evidence hav...