The article describes the possibility for successful implementation of numerical methods for solving a problem
on optimization of working properties of a plunger pump. The article also presents the construction limitations and lack of the knowledge of material properties of the aggregate parts. The efficiency of the engineering solutions has been developed based on modeling results and proved by experiments.
Materials and methods
Numerical Methods.
Results
The design of electromagnetic system of the plunzherny pump is modernized.
Сonclusions
The implementation of numerical methods makes it possible to solve the problem of the plunger pump modernization
without numerous experiments and expensive construction of real model. Moreover, the numerical methods used allow us to fulfill the following tasks, namely:
1) to obtain the correct results promptly
2) to define the needed changes of magnetic cord’s size
3) to define the size of contact zones of the anchor and magnetic cord
It has been shown that numerical methods can be successfully implemented for inconsistent material properties or in case when some of them are not available. The obtained results indicate good conformity of the calculations with
experimental results.
