Study On Visual Simulation Network Software System Of Rod Pumping

Recently,the oil recovery efficient of rod-having pump system is getting worse with the developing of oil filed,which seriously affect oil filed’s normal operation. Therefore, this article success working out “A rod pumping visual simulation software system of network”by blending the computer graphics technique with computer simulation technology、volume visualization、the principle of petroleum production engineering and the the optimum design of rod pumping.Through the analysis of requirements of system function,(the paper base on the B/S and use) the software system of network which the paper work on is base on the B/S. Using Visual Studio as platform of network software development,we successfully develope with the ActiveX control of the visual simulation system of rod_having pump by using OpenGL technique and combining with the ActiveX technology based on COM components. The rod pumping visual simulation software system of network’s framework is constructed on it, through the ActiveX control、packaging and signature, realization of automatic search、breakpoint downloading make the interaction between the browser and server data come true.The system is implement both optimum design and program selection bias based on partial grinding rod mill production systems,which also calculate optimized the design of the rod pumping system and governance programs eccentric wear of the deep pumping wells after adding load shedding,chieve the optimum design and program selection bias based on partial grinding rod mill production systems; deduced deep pumping wells after adding load shedding has optimized the design of the rod pumping system and governance programs eccentric wear; analysis of the optimization of the mechanical design of the front and rear contrast; theoretical derivation of the track side wear o’clock position; combine elastic deformation based on the principle of vertical and horizontal bending theory for the current deviated centralizer add any flaws in the program, the mechanical model is derived whole Well centralizers added; through a lot theoretical studies and field experiments, lined tubing inclined to add the number and length of the segment were quantitatively analyzed; based on the principle of multi-level bar stress analysis deduced heavier rods add programs; combined with heavier rod centralizer application characteristics, design a typical heavier rod centralizer comprehensive treatment program.Program based on the real-lined tubing drilling trajectory, sucker(buckling, anti-side wear state), pumping(conventional, belt conveyor, double horse head) overall three-dimensional visualization of dynamic simulation trajectory,Trajectory information prompts anywhere,interpersonal interaction.two-dimensional curve, in the form of three-dimensional surface of the display; achieve the optimal design report word document output.