Virtual Manufacturing Research of Steam Turbine Blade Technology Based on UG and VERICUT Software

Mei Wu Peng; Shun Tian Yang; Xian Lun Jiang

doi:10.4028/www.scientific.net/AMR.189-193.4286

Paper Titles

The Structure and Electrochemical Properties of BDD Deposited on Ti Substrate by MWCVD
p.4267

Research on the Deformation Area Materials’ Stress and Contour Surface’s Forming Mechanism of Closed Extruding Fine-Blanking
p.4271

Research on an Electromagnetic Driven Bi-Disc Compensator for Rotor Auto-Balancing
p.4276

Effect of Si Content on Microstructure and Wear Resistance of Cold Roll Steel with 5%Cr
p.4281

Virtual Manufacturing Research of Steam Turbine Blade Technology Based on UG and VERICUT Software
p.4286

Analysis of Reliability and Operation Characteristic of Composite Insulator
p.4291

Effectiveness of Low Frequency Electromagnetic Shielding of Concrete with the Functionally Primitives Materials of Short Carbon Fibers and Graphite
p.4297

Research of E-Business Security Based on SOAP Protocol
p.4304

Effect of Zn²⁺ Doping on Luminescence Properties of Red-Emitting Phosphors CaMoO₄:Eu³⁺
p.4308

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 189-193Virtual Manufacturing Research of Steam Turbine...

Virtual Manufacturing Research of Steam Turbine Blade Technology Based on UG and VERICUT Software

Abstract:

This thesis undertakes research of model construction of the blade, virtual machine with the UG software based on the steam turbine blade's structural features and CNC manufacturing craft. With the virtual simulation system of entire parts manufacturing based on VERICUT software, it avoids collision occurrence of components trying to cut with the machine, reduces manufacturing duration greatly of the blade production, improves quality of the blade, and reduces cost.