CSSL's and simulation of gas well behavior

Article Abstract:

Primitive methods are still sometimes employed in solving engineering problems because of the perceived investment in time required to obtain a more precise solution. Computer modeling with modern simulation languages offers a fast and flexible solution methodology. Modeling of dynamic pressures and gas flow in a single-phase gas reservoir illustrates how easily simulation languages can be applied to a problem which is still commonly addressed with graphical methods today. The sample problem is solved with the same simulation language on a variety of machines, widely different in processor speed and memory capacity, demonstrating the portability of the solution code and the flexibility and generality of the approach to the solution. (Reprinted by permission of the publisher.)

Computer aided engineering, Gases, Product introduction, Modeling, Data modeling software, Applications, Simulation Languages, Scientific Research, New Technique, Flow Rate, Computer-Aided Engineering, Equation Analysis

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HARVEST: a generalized animal population growth simulation

Article Abstract:

We present a general purpose discrete-event, stochastic simulation model (HARVEST) which can be used to model the population growth of a wide variety of animal species. A complete example is given with validation, to show how it can be used for managing the Eastern wild turkey. The structure of the simulation system (micro Passim) is described, and the implementation of the model is discussed as an example of how the process-interaction simulation protocol may be used to represent a complex natural system. The model is designed to be used by state and federal wildlife agencies for exploration of the effects of potential hunting regulations on actual populations of game species. (Reprinted with permission of the publisher.)

Technology, Biology, Demography, Simulation, PASCAL, Pascal (Programming language)

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