Sentence examples for testing interpretation from inspiring English sources
In this chapter, we introduce the multilayer well testing interpretation computer program.
A real case application was successfully implemented, and some useful reservoir parameters (e.g., permeability and inter-porosity flow factor) were obtained from well testing interpretation.
The software project is on the basis of the basic reservoir engineering theory, which has applied the latest streamline method and the improved genetic algorithm to numerical well testing interpretation.
This chapter examines the development of "Streamline Numerical Well Testing Interpretation Software" using Visual C++ 6.0 programming language and Matlab 6.5 mathematical language in the Microsoft Windows® operating system.
Well testing interpretation module checks the test curve in three cases, including rectangular coordinates, semi log coordinates and log log coordinates and checks the theoretical curve and the characteristics of the theoretical curve under given testing parameters of testing wells.
Using strict null-hypothesis testing interpretation, all original adjusted prevalence ratios support "no link" because the 95% confidence limits include the null value of 1.0 (Table 1).
Viewed as a two-layer infinite homogeneous reservoir saturated by slightly compressible fluid, a well test interpretation model is presented.
Results are represented in dimensionless charts for partial validation against approximate solutions and for practical application to test interpretation.
This is within the range of uniform k from core sample and existing well test interpretation for this reservoir; a good estimation of permeability is justifiable.
Using the analytical well test interpretation results as inputs, the compositional model must provide an acceptable match on the pressure derivative, pressure history and condensate bank radius.
This model, with the known oil flow rate condition, is adequate to be included in an inverse algorithm of well test interpretation.
