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Filtering by: Subject Eutrophication -- Simulation methods Remove constraint Subject: Eutrophication -- Simulation methods Advisor Stone, Solon A. Remove constraint Advisor: Stone, Solon A.

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  • A dynamic, stereoscopic display of phase-space trajectories by parallax simulation

    Creator:
    Starnes, Charles Frederick
    Abstract:
    Phase-space trajectories are often used to describe a system's stability or response characteristics. It is desirable to observe such a phase-space trajectory directly from an analog simulation of a system, but a conventional oscilloscope display does not provide an axis for the third variable, A third axis could be provided...
    Resource Type:
    Masters Thesis
    Full Text:
    trajectories by parallax simulation AN ABSTRACT OF THE THESIS OF Charles Frederick Starnes for the M. S. in

  • Hybrid computer simulation of the dynamic performance of a rotary solenoid

    Creator:
    Bolden, Barrington Oliver
    Abstract:
    A consumer orientated simulation of rotary solenoid performance allows the user to determine what effects non-standard conditions will have on performance in a contemplated application. Typical variable conditions are: loads temperature and voltage. Three differential equations are used to describe the solenoid operation. Two of these are non-linear, second-order equations...
    Resource Type:
    Masters Thesis
    Full Text:
    19(31 Title: HYBRID COMPUTER SIMULATION OF THE DYNAMIC PERFORMANCE OF A ROTARY SOLENOID Abstract

  • A simulation study of dynamic postural stability in the dog

    Creator:
    Cross, Carlton Edward
    Abstract:
    An analog simulation of the postural control system (PCS) of a dog is used to illustrate how modern systems simulation can be applied to a study of complex life systems. Even though many bold assumptions were required to adequately simplify the PCS model, the simulation provided intuitive insight and gave...
    Resource Type:
    Masters Thesis
    Full Text:
    ,bat'eTi Title: A SIMULATION STUDY OF DYNAMIC POSTURAL STABILITY IN THE DOG Redacted for Privacy