Browsing Theses and Dissertations(library) by Author "Hullender, David"
Now showing items 1-5 of 5
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Considerations For Generating Accurate Linear Transfer Functions For Laminar Flow Transmission Line Dynamics
Jasteh, SinaModeling fluid lines for applications such as hydraulic fracturing has been studied for many years, and we know that the inverse frequency method presents very accurate solutions for systems with lines in almost all laminar ... -
Frequency Response Approximation Methods Of The Dissipative Model Of Fluid Transmission Lines
King, John (Mechanical Engineering, 2007-08-23)This thesis introduces an accurate and efficient method of obtaining a linear approximation for a nonlinear model of a complete fluid transmission line system using Matlab® Signal Processing Toolbox and Symbolic Math Toolbox ... -
Lumped Parameter Modeling Of Fluid Line Dynamics With Turbulent Flow Conditions
Huang, Yi-Wei (Mechanical Engineering, 2013-03-20)A procedure for obtaining rational polynomial transfer functions representing ordinary differential equations for time domain transient response simulations of systems with fluid transmission lines with incompressible ... -
METHOD OF CHARACTERISTICS VERIFICATION OF INVERSE FREQUENCY MODEL OF TURBULENT PIPE FLOW TRANSIENTS
Shaikh, Mohammad Saifullah Mohammad Zafar (2016-08-22)Pressure transients in pipes with turbulent flow have classically been simulated using numerical techniques such as the method of characteristics. An alternative method utilizing an inverse frequency algorithm has recently ... -
Vehicle Suspension Optimization For Stochastic Inputs
Inamdar, Kailas Vijay (Mechanical Engineering, 2012-04-11)In the present thesis, a simulation based numerical method has been proposed for optimization of vehicle suspension system for stochastic inputs from random road surface profiles. Road surfaces are classified in based upon ...