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Engineering / Thermodynamics / Heat pumps / Heat transfer / Chiller / Heat exchanger / Heat pump and refrigeration cycle / HVAC / Refrigeration / Heating / ventilating / and air conditioning / Mechanical engineering / Chemical engineering


Dynamic Simulation of Ship-System Thermal Load Management Patrick T. Hewlett and Thomas M. Kiehne  Abstract — Anticipating highly dynamic and reconfigurable future ships, the US Navy has sought to develop modeling a
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Document Date: 2011-12-21 09:58:24

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City

York / Burlington / CORRESPONDING / New York / Oxford / Philadelphia / Austin / /

Company

Large Thermal Systems / the AES / Applied Research Laboratories / /

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Facility

National Institute of Standards and Technology / Air Conditioning Plant / Prentice Hall / University of Texas / /

IndustryTerm

hot-gas / radar systems / overall energy balance accounts / energy principles / high-energy weapons / gas bubbles / dedicated gas turbines / gas turbine / ship systems / software results / pulsed-energy systems / simulation software / software packages / electronics packages / energy / smallest processor chip / electricity / universal gas constant / energy transport / shipboard thermal management / these advanced systems / control systems / optimization tool / electronics / research-based optimization tool / stable flow network solution / energy principle / power systems / flow networks / large dynamic thermal systems / /

Organization

200-TON CHILLER Parameter Refrigerant Mass Flow Compressor Power Condensing Pressure Evaporating Pressure Discharge Temperature Freshwater Outlet Temp Seawater Outlet Temp Unit / office of Naval Research / University of Texas at Austin / IAPWS Secretariat / International Association for the Properties of Water and Steam / Navy / National Institute of Standards and Technology / Naval Surface Warfare Center Carderock Division / United States Navy / Naval Sea Systems Command / /

Person

Patrick T. Hewlett / Thomas M. Kiehne / William Load / /

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Position

graduate research assistant / valve controller / normalized head / controller / /

ProgrammingLanguage

C++ / /

ProvinceOrState

Texas / Pennsylvania / /

SportsLeague

International Association / /

Technology

Fluid Dynamics / heat transfer / 2007 IEEE Electric Ship Technologies / condensation / smallest processor chip / Electric Machine Technology / Simulation / /

URL

www.iapws.org / /

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