The Double Exposure SI Model: A Senior Thesis
The SI model of disease spread is a fairly simple and well-known way to study disease. In the model, each person is either susceptible or infected, and the infection spreads when a susceptible person interacts with an infected person. A more realistic simulation on a network can be compared to this differential equation model in order to determine if the theoretical equation correctly predicts the behavior of the simulation. This research looks into a double-exposure model, where a person has to come into contact with at least two infected people before becoming infected. The theoretical equation will then be analyzed to see how it behaves, how it differs from the SI model, and if a simulated disease matches the theoretical curves.
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Schultz, Kimberly; Bakkum, Amber; Crosby, Kevin (2011-02-08)n fluid dynamics, slosh refers to the movement of liquid inside a hollow object. We examine these dynamics in a scale-model of the Orion Service Module (SM) down-stream hydrazine propellant tank. The SM is a component of ...
Scaling and Modeling of Propellant Sloshing and Zero Gravity Equilibrium for the Orion Service Module Propellant Tanks Kreppel, Samantha (2010-06-11)A scaled model of the downstream Orion service module propellant tank was constructed to assess the propellant dynamics under reduced and zero-gravity conditions. Flight and ground data from the experiment is currently ...
Sorrell, Emma (2013-10-24)We develop differential equations models for a zombie invasion based on a variety of assumptions about zombies and humans.