Research on Rapid Manufacturing of Functionally Graded Mold by Electroforming and Arc Spray

Chang Sheng Liu; Hao Ping Zeng; Hai Qing Du; Wei Fan

doi:10.4028/www.scientific.net/AMR.102-104.175

Paper Titles

Web-Based Collaborative Design of Auto Steering Hydraulic Rotating Valve
p.155

Ergonomics Optimization of Human-Product Contact Surface Design Based on Stochastic Finite Element
p.160

Muscle Force and Joint Torque Prediction Model for Intelligent Human-Assisted Product Design
p.165

Design of the Intelligent Lightning Protection System
p.170

Research on Rapid Manufacturing of Functionally Graded Mold by Electroforming and Arc Spray
p.175

Three-Dimensional Modeling and Finite Element Analysis of Ladle Turret
p.179

Optimum Design of a High Power Density Magnetic-Gel Brake Base Using Neural Network Model and Genetic Algorithm
p.184

Data Collection and Model Construction Methods for Reverse Engineering
p.189

Some Important Applications of Support-Function in Theory of Mechanisms
p.194

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 102-104Research on Rapid Manufacturing of Functionally...

Research on Rapid Manufacturing of Functionally Graded Mold by Electroforming and Arc Spray

Abstract:

Functionally graded mold (FGM) is the trend in the development of modern mold. Based on the optimization of electroforming and arc spray forming, a functionally graded mold with the structure of Ni-NiAl-ZnAl-Zn was manufactured, and the microstructure of the mold shell was analyzed. The experiments show that the manufacturing of functionally graded mold by electroforming and arc spray forming is feasible in engineering. The research is of significant value in exploring new manufacturing technology of functionally graded mold.