About the Influence of Evaporation at Filtration in a Rectangular Interchange with a Particularly Unpermatable Vertical Wall

Journal Title: Current Investigations in Agriculture and Current Research - Year 2018, Vol 3, Issue 3

Abstract

As it is known [1-6], the exact solution of tasks on inflow of liquid to an imperfect well with the flooded filter (i.e. an axisymmetric task) or the tubular well representing an impenetrable pipe with the filter in its some part is connected with great mathematical difficulties and so far isn’t found. Therefore in due time as the first approach to the solution of similar tasks some corresponding flat tasks analogs about a filtration to imperfect rectilinear gallery in free-flow layer [4,7] and in a rectangular crossing point with partially impenetrable vertical wall were considered [8]. It should be noted that areas of complex speed of the specified cases allow applying by means of inversion at the decision Christoffel- Schwartz’s formula. In work [9] it is shown that the current picture near the impenetrable screen significantly depends not only on imperfection of gallery, but also on evaporation existence that is strongly reflected in an expense of gallery and ordinate of a point of an exit of a curve depression to an impenetrable wall. In the real work the exact analytical solution of a task on a current of ground waters through a rectangular crossing point with partially impenetrable vertical wall in the presence of evaporation from a free surface of ground waters is given. In this case in the field of complex speed, unlike [1,4,6-8] there are not rectilinear, but circular polygons that doesn’t give the chance to use classical integral of Christoffel-Schwartz. For the solution of a task P.Y. Polubarinova-Kochina’s method is used [1-6]. By means of developed for areas of a special look [10-12] which are characteristic for problems of an underground hydromechanics, ways of conformal display of circular polygons [13-19] decides mixed multiple parameter tasks of the theory of analytical functions. The accounting of characteristics of the considered current allows to receive the decision through elementary functions that does its use by the simply and convenient. The provided detailed hydrodynamic analysis gives the flavor about possible dependence of filtration characteristics of the movement on all physical parameters. The received results, at least, qualitatively can be postponed for a case of tubular wells

Authors and Affiliations

EN Bereslavskii, LM Dudina

Keywords

Related Articles

Use of Support Vector Machines and Artificial Neural Network Methods in Variety Improvement Studies: Potato Example

In order to make a contribution to the early generation selections in potato varieties through a classification, the MLPNN and SVM data mining methods were applied to the data set created by considering the selection cri...

Model Development for Life Cycle Assessment of Rice Yellow Stem Borer under Rising Temperature Scenarios

A simple model was developed using Fortran Simulation Translator to study the influence of increased temperature on duration of various life cycle phases of yellow stem borer (YSB) in Bangladesh environment. Model was pr...

A Short Review of Fuel Consumption Rates of Whole Tree and Cut-To-Length Timber Harvesting Methods

The fuel consumption of equipment during forest harvesting operations is still not well known and existing measurement technologies are largely untested. Considering forest industry’s nee...

Impact Assessment of Precision Water Management on Nutrient Load from Paddy Field in Lake Inba-numa Watershed

In this study, the impact of nutrient load reduction by precision water management was evaluated to improve the water environment of Lake Inbanuma. Kashima district, which was managed by Inbanuma land improvement distric...

Is Greed Ever Good?: Royal Commission’s Impact on Agriculture Loans in Australia

In 2013, the media broke a scandal about the Commonwealth Bank of Australia (CBA) financial planning arm having corrupt practices. This led to a Senate Inquiry and by July 2014 there were loud calls for a royal commissio...

Download PDF file
  • EP ID EP571191
  • DOI 10.32474/CIACR.2018.03.000163
  • Views 85
  • Downloads 0

How To Cite

EN Bereslavskii, LM Dudina (2018). About the Influence of Evaporation at Filtration in a Rectangular Interchange with a Particularly Unpermatable Vertical Wall. Current Investigations in Agriculture and Current Research, 3(3), 371-375. https://europub.co.uk/articles/-A-571191