Optimization Design of Beam Pumping Unit Based on Response Surface Method

Xiu Juan Yang; Tao Yan; Xiang Zhen Yan

doi:10.4028/www.scientific.net/AMR.199-200.1249

Paper Titles

Modeling and Co-Simulation for Hydraulic System of Test-Bed of Semi-Automatic Coupler Draft Gear Based on AMEsim/Simulink
p.1230

A Simple Synthesis Method for Spherical 4R Linkages Reaching Four Positions
p.1236

A Synthesis and Optimal Method for Straight Line Mechanism with Burmester Points
p.1240

The Obstacle-Surmounting Process Simulation of Arm-Swing Wheeled Robot Based on MATLAB
p.1244

Optimization Design of Beam Pumping Unit Based on Response Surface Method
p.1249

Optimal Design of Bogie Parameters Determination Test Bench Gantry Framework Based on SolidWorks/Simulation
p.1253

A Numerical Integration Method of Dynamic Finite Element Analysis
p.1257

Model and Simulation of Three-Section Crossbeam Based on Experimental Data
p.1262

The Structural Analysis and Rapid Optimization for High-Speed Spindle Box
p.1269

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Optimization Design of Beam Pumping Unit Based on Response Surface Method

Abstract:

An optimization design method is developed for the beam pumping unit, which is based on the API-RP-11L design criteria. The Response Surface Method is used to calculate the structural reliability of the beam pumping unit. The optimization design method not only provides an efficient and fast optimization tool for the modular design of the beam pumping unit, but also offers an integral design calculation in accordance with the API design code. The function and theory of this optimization design method are given by this paper, as well as some concrete calculation examples.