Water Flooding Performance Evaluation Using Percolation Theory

Rapid Estimation of Water Flooding Performance and Optimization in EOR by Using Capacitance Resistive Model

Predicting oil recovery using percolation theory

In this paper we apply scaling laws from percolation theory to the problem of estimating the time for a fluid injected into an oil field to breakthrough into a production well. The main contribution is to show that, when these previously published results are used on realistic data, they are in good agreement with results calculated in a more conventional way but they can be obtained significan...

A model for modified electrode with carbon nanotube composites using percolation theory in fractal space

We introduce a model for prediction the behavior of electrodes which modified withcarbon nanotubes in a polymer medium. These kinds of polymer composites aredeveloped in recent years, and experimental data for its percolation threshold isavailable. We construct a model based on percolation theory and fractal dimensionsand using experimental percolation threshold for calculating the moments of c...

Performance Evaluation of Flooding based Delay Tolerant Routing Protocols

Delay tolerant Network is of great interest during these days. Like adhoc network, there is no route setup and maintenance phase and hence routing is an issue of greatest interest for opportunistic network called Delay Tolerant Network. The majority of routing schemes that have been proposed earlier are broadly classified as flooding and forwarding strategies. In this paper, we try to evaluate ...

Using Satisficing Game Theory for Performance Evaluation of Banks’ Branches (Case Study in the Mellat Bank)

Due to its role in the identification of inefficient branches and deciding the consistency of their activities, evaluating the performance of a bankchr('39')s branches is one of the most important decisions in the field of development and regulation of branch network. In this paper, the satisfactory functions based on game theory strategies have been utilized in order to evaluate the individual...

Using Queueing Theory for Analytical Performance Evaluation of aMultiple Functional

The matching phase is believed to require as much as 90 percent of the execution time of a production system. The Rete Network is the most well known and broadly used matching algorithm for production system. This paper proposes a new concurrent organization with multiple functional units for execution of Rete Networks. We address the lack of theoretical studies of matching performance in produ...