Research on Stacker’s Variant Design Based on Gene Model

Zong Yan Wang; Shu Fang Wu; Hui Bin Qin; L.M. Xiao

doi:10.4028/www.scientific.net/AMR.215.351

Paper Titles

Analysis of Imapct of Plate Cylinder Deformation on the Graphic Quality
p.332

FEM Analysis of an Amphibious Hydraulic Excavator’s Boom and Stick
p.336

Robot Avoid Obstacle Automatically Based on Fuzzy Control in the Process of Tracing
p.340

Automotive Riser System Design Technology Based on CAE
p.344

Research on Stacker’s Variant Design Based on Gene Model
p.351

Research of Holographic Assembly Technology for Overhead Traveling Crane’s Bridge Based on the Holographic Model
p.356

Controlling Profile Error for Spherical Surface Micro-Lens in Precision Grinding
p.361

A Product Configuration Optimization Method Based on Non-Dominated Sorting Genetic Algorithm
p.366

Design on Single Stage Reciprocating Air Compressor Based on Virtual Prototype Technology
p.373

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 215Research on Stacker’s Variant Design Based on Gene...

Research on Stacker’s Variant Design Based on Gene Model

Abstract:

Related models of mechanical products design are investigated through exploring the relevant biological inheritance laws. Drawing on the principle of bio-genetic engineering and bio-growth mechanism, genetic controlling mechanism of products is discussed and applied to the variant design of stackers so as to develop stackers’ variant design prototype system based on genetic engineering and strive to realize the diversification and innovation of product design. With the research subject of lower horizontal beam, product model based on gene model is constructed and its variant process is verified.