Applied Research of the Microstructure Replication Technology

Hua Wei Chen; You Jie Li; De Yuan Zhang; Yi Jun Huang; Rui Biao Wu; Chao Dong

doi:10.4028/www.scientific.net/AMR.712-715.1559

Paper Titles

Effect of Wheel-Rail Contact Geometry Relationship on Vehicle Dynamic Performance
p.1541

The Dynamic Simulation and Strength Analysis of the Integrated General Suspension Rack Connector for an Ejection System
p.1545

Research on Ship Swaying Motion Prediction Based on Multi-Variable Chaotic Time Series Analysis
p.1550

Study on Precision Analysis and Simulation Test of Upper Slicing System
p.1555

Applied Research of the Microstructure Replication Technology
p.1559

Research on the Key Technology in Ultra-Precision Machining of Optical Micro V-Groove Mold Roller
p.1563

Thermal Error Analysis and Compensation Technology for High Precision Aspheric Measuring Platform
p.1571

Blade Blending and Torsion Deformation Analysis Based on its Coordinate Measurement Data
p.1576

Modeling Aspects of Sound Speed in Air for Ultrasonic Industrial Applications
p.1580

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 712-715Applied Research of the Microstructure Replication...

Applied Research of the Microstructure Replication Technology

Abstract:

The thin-walled components of aero industries in general have complex structures whose machining accuracy is very difficult to be guaranteed because of the weak rigidness. To resolve the problem of the thin-walled disc clamping deformation, one novel clamping approach with flexible clamping capability is proposed in this paper. The surface morphology measuring systems (SMMS) and fast servo cutting system (FSCS) are developed, and its microstructure morphology duplicating accuracy is experimentally proved to be about 1μm under working environment. The clamping deformation is clarified weaker via flexible clamping approach which makes thin-walled disc morphology uniformly adaptive to the clamp.