Optimization and Traditional Part Inspection for Best-Fit Solutions
Dive into the world of optimization and traditional part inspection to find the best-fit solutions. Explore the concept of traditional datum alignment, go/no-go measured nominal, relationships between points, features, and surfaces, as well as the fitting process of real-life scenarios like door installations. Witness the intricacies of fitting car doors and functional surfaces dominating fixed points in this comprehensive exploration of precision engineering.
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Presentation Transcript
Traditional Datum Alignment & Go / No-Go Measured Nominal
Traditional Datum Alignment & Go / No-Go What if we can t scrap? What if we could use ALL available tolerance? Could it pass? OR Could I find the minimal amount or rework?
Relationships Points to Features Points to Surfaces Points to Points Features to Features Etc.
BEST-FIT FUNCTIONAL SURFACES THESE WILL DOMINATE FIXED 14 POINTS 31 POINTS
FITTING THE DOOR: THE REAL LIFE Door Axis Hinge Door Floor 7
FITTING THE DOOR: THE REAL LIFE Measured point Hinge GroupHinge Object1 Group1 Object2 Group2 Object3 8
FITTING THE DOOR: THE REAL LIFE These points will dominate REGULAR BEST-FIT 9
