The Optimal Design of Electromagnetic Ball Valve with MATLAB Optimization Toolbox

Wei Chen

doi:10.4028/www.scientific.net/AMR.510.277

Paper Titles

Under the Elastic Supporting the Gear Transmission Dynamics Modeling and Simulation Analysis
p.255

The Material of the Resonant Vibration Impact Motivates the Influence of and the Simulation Analysis
p.261

Usability Evaluation of Welding Clamp Based on Improved Fuzzy Synthetic Evaluation Model
p.266

A New Method to Solve No-Probabilistic Finite Element Method
p.272

The Optimal Design of Electromagnetic Ball Valve with MATLAB Optimization Toolbox
p.277

UG Software CAD/CAM Technology in Shark Model Processing Application
p.283

Fatigue Behavior Research of TCS Typical Welded Joints
p.287

Study on Wind-Induced Vibration Response of Aerial Working Arm
p.292

Based on SolidWorks COSMOS 2.5 Tons, 4 m•s^-1 High Speed Elevator Car Frame's Finite Element Analysis
p.298

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 510The Optimal Design of Electromagnetic Ball Valve...

The Optimal Design of Electromagnetic Ball Valve with MATLAB Optimization Toolbox

Abstract:

In this paper, the optimization model of ultra high electromagnetic ball valve is established, and using the MATLAB optimization toolbox for optimization calculation. Then the optimum results of relevant structural parameters are compared with C++ prepared random direction method. It shows that the optimal design model of electromagnetic ball valve is correct. So we can draw a conclusion that using MATLAB optimization toolbox to optimum design is feasibility in the hydraulic component design through an engineering example of ultra high electromagnetic ball valve. The optimization results show that the optimization design based on MATLAB optimization toolbox has high precision, the program is simple, the calculation is fast, and the optimal solutions have a high accuracy and reliability.