Research and Implementation on Variant Design Based on Product Assembly Model

Wei Zhong Wu; Cai Xia Fan; Bang Jun Chen; Ji Qiang Gu

doi:10.4028/www.scientific.net/AMR.311-313.748

Paper Titles

Modeling and Experimental Study on Static Characteristic of BT Tool Holder-Spindle Interface
p.726

Oxidation Resistance of Co-10Cr-5Si Alloys in 1 Atm of Pure O₂ at 700 and 800 ^OC
p.732

Regression Analysis and Determination of Activity Coefficients of Cd-Pb Alloy
p.736

Determination of Phase Transformation Point of New Type Ti-5Al-3.3V-8Mo-10Nb-1.0Zr-0.5Cr Alloy
p.742

Research and Implementation on Variant Design Based on Product Assembly Model
p.748

The Solute Redistribution during Solidification of Multi-Component Alloys
p.752

Calculation of Valence Electron Structure of Precipitate Phases in Al-Cu Cast Alloy
p.758

Negative Thermal Expansion of Tm₂Fe₁₅SiCr Compound
p.764

Modeling and Error Compensation of MEMS Gyroscope Dynamic Output Data within the Whole Temperature Range
p.768

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 311-313Research and Implementation on Variant Design...

Research and Implementation on Variant Design Based on Product Assembly Model

Abstract:

Firstly, realizes module partition and simplification of product level CAD model using modularization and hierarchy design flow. Then, identifies the correlative relations of the same rank subassemblies through their individual main control part; identifies the correlative relations between all parts in one subassembly or between all features in one part through main control parameters of each part. Finally, builds an assembly tree based on all association rules for variant design of conveyor, and confirms the feasibility of this method.