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M.S. Student Theses & Reports
Austin III, W.A.
Development
of an In Situ System for Measuring Ground Thermal Properties.
M.S.
Thesis, May 1998.
Bhansali, A.
Development and Analysis of Model Based Economizer Strategies.
M.S. Thesis, August 2009.
Bhargava, M. Enhancements to the
Ground Loop Heat Exchanger Design Program. M.S. Creative Component Report,
1998.
Cai, S.
Design of an Experimental Facility for Frost Growth
Study in Microchannel Heat Exchangers.
M.S.
Thesis, May 2009.
Castelino, R.L.
Implementation
of the Revised Transfer Function Method and Evaluation of the CLTD/SCL/CLF
Method. M.S. Thesis, December 1992.
Chen, X.
Addition
of Annual Building Energy Analysis Capability to a Design Load Calculation
Program. M.S. Thesis, December 1996.
Chiasson, A.
Advances
in Modeling of Ground-Source Heat Pump Systems.
M.S. Thesis, December
1999.
Cullin, J.
Improvements in design procedures for ground source
and hybrid ground source heat pump systems. M.S. Thesis, December 2008.
Daher, S.
Integrating a Ground
Loop Heat Exchanger Into a Building Simulation Program. M.S. Thesis, July
1996.
Dalvi, V. Development of HVAC Load
Explorer v1.0 and User's Guide. M.S. Creative Component Report, 1999.
Eldridge, D.
Design of an Experimental Facility for the Validation of Cooling Load
Calculation Procedures. M.S. Thesis, May 2007.
Elyyan, M. Design of an Experimental
Facility For Building Airflow and Heat Transfer Measurements. M.S.
Thesis, May 2005.
Espin, D.
Experimental
and Computational Investigation of Snow Melting on a Hydronically Heated
Concrete Slab. M.S. Thesis, December 2003
Feng, X.
Energy Analysis of BOK
Building. M.S. Thesis, August 1999.
Ferguson, J.
A
Full Scale Room for the Experimental Study of Interior Building Convective Heat
Transfer. M.S. Thesis, May 1997.
Gentry, J.
Simulation and
Validation of Hybrid Ground Source and Water-Loop Heat Pump Systems.
M.S. Thesis, May 2007.
Hegde, R. Development of Surrogate
Bridge Freezing Capacitor Sensors and Control Circuit. M.S. Creative
Component Report, 2000.
Hern, S.
Design of an Experimental Facility for Hybrid
Ground Source Heat Pump Systems. M.S. Thesis, December 2004.
Hockersmith, S.
Experimental
and Computational Investigation of Snow Melting on Heated Horizontal Surfaces.
M.S. Thesis, December, 2002.
Iu, I.
Experimental
Validation of the Radiant Time Series Method for Cooling Load Calculations.
M.S. Thesis, December 2002.
Iyer, A.
Enhancement of the Generic
Database Library Environment for Engineering Applications and Its
Implementations for HVAC Load Explorer. M.S. Creative Component Report,
1999.
Jain, N.
Parameter
Estimation of Ground Thermal Properties.
M.S. Thesis, May 1999.
Jankovic, S.
Surrogate
Bridge Freezing Sensors. M.S. Thesis, August 2000.
Karambakkam, B.K. Transient
Conduction Heat Transfer in Two-Dimensional and Heavy One-Dimensional Walls.
M.S. Creative Component Report, 2004.
Khan, M.
Modeling, Simulation and Optimization of
Ground Source Heat Pump Systems. M.S. Thesis, November 2004.
Largent, M.
Modeling Flat Plate Solar Collectors in HVACSIM+
and the Development of an Integrated Weather File Reader. M.S.
Creative Component Report, 2007.
Lee, E. Development,
Verification, and Implementation of a Horizontal Buried Pipe Ground Heat
Transfer Model in EnergyPlus. M.S. Thesis, May 2008.
Lifferth, S.
Design and Construction
of a New Psychrometric
Chamber. M.S.
Thesis, May 2009.
Lindsey, K.
Revision of the CLTD/CLF Cooling Load Calculation
Method. M.S. Creative
Component Report, 1991.
Manicham, A.
Enhancements to a Windows Based Program for Design of Ground Loop Heat
Exchangers. M.S.
Creative Component Report, 1996.
Mokashi, S.
Implementation of Loads Direct to the Ground Loop Heat Exchanger in GLHEPRO
Version 3.0.
M.S. Creative Component Report, 1999.
M urugappan, A.
Implementing
Ground Source Heat Pump and Ground Loop Heat Exchanger Models in the EnergyPlus
Simulation Environment. M.S.
Thesis, December 2002.
Ozdemir, O.
Thermal Performance
Comparison between
Micro-channel and Round
Tube Heat Exchangers.
M.S. Thesis, May 2009.
Padhmanabhan, S.
Modeling,
Verification and Optimization of Hybrid Ground Source Heat Pump Systems in
ENERGYPLUS.
M.S. Thesis,
May 2005.
Peramanu, S.
Infiltration
and Interzone Airflow Modeling for Building Energy Analysis. M.S.
Thesis, December 1992.
Ramamoorthy, M.
Applications
of Hybrid Ground Source Heat Pump Systems to Buildings and Bridge Decks.
M.S. Thesis, May 2001. (Completed
December 2000)
Ramey, M.
Application of
Computational Fluid Dynamics to Indoor Room Airflow. M.S. Thesis, December
1994.
Sanders, S.
An
Experimental Facility for Studying Convective Heat Transfer in Buildings.
M.S. Thesis, July 1995.
Sethi, S. A
Study of Validation Techniques of Energy Analysis Simulation Software.
M.S. Creative Component Report, 1994.
Shenoy, A.
Simulation, Modeling and Analysis
of a Water to Air Heat Pump. M.S. Thesis December 2004.
Tang, Chih Chien.
Modeling Packaged Heat Pumps In A Quasi-Steady
State Energy Simulation Program.
M.S. Thesis, May 2005.
Varanasi, A.
Development Of A Visual Tool For
HVACSIM+. M.S. Thesis
December 2002.
Vasudevan, S. Implementation of
Generic Database Environment for GLHEPRO. M.S. Thesis, 1998.
Wadivkar, O.
An
Experimental and Numerical Study of the Thermal Performance of a Bridge Deck
De-Icing System. M.S. Thesis, May 1997.
Waheed, A.
Computer Aided Design and Analysis of Close Looped Piping Systems.
M.S. Creative Component Report,
1992.
Wang, F.
Computer Aided Optimal Design of Duct System Using Simulated Annealing.
M.S. Thesis, 1991.
Wang, N.
Simulation Assessment of Evaporative Cooler Control
Strategies. M.S. Creative
Component Report, 2008.
Weathers, J.
A
Study of Computational Fluid Dynamics Applied to Room Air Flow. M.S.
Thesis, May 1992.
Weber, N.
Performance
Effects of Air Velocity Profiles in a Residential Heat Pump. M.S. Thesis December 2003.
Wilson, B.A.
Experimental Measurement of Radiation Heat Transfer from Complex Fenestration
Systems. M.S. Thesis, May 2007.
Xia, X.
Modeling
of Hydronic and Electric-Cable Snow-Melting Systems for Pavements and Bridge
Decks. M.S. Thesis, December 2002.
Yang, J.
Implementation of a pipe flow transport delay model
in EnergyPlus. M.S. Creative
Component Report, 2008.
Yeung, D.
Enhancements
to a Ground Loop Heat Exchanger Design Program. M.S. Thesis, May
1996.
Young, R.
Development, Verification, and Design Analysis
of the Borehole Fluid Thermal Mass Model for Approximating Short Term Borehole
Thermal Response. M.S. Thesis, December 2004.
Ph. D.
Theses
Chantrasrisalai, C. Optical and Thermal
Fenestration Models for Building Cooling Load Calculations. Ph.D.
Thesis, 2007.
Deng, Z.
Modeling of Standing Column
Wells in Ground Source Heat Pump Systems. Ph.D. Thesis, December 2004.
Iu, I. Development of
Air-to-air Heat Pump Simulation Program with Advanced Heat Exchanger Circuitry
Algorithm. Ph.D. Thesis, May 2007.
Jin, H.
Parameter
Estimation Based Models of Water Source Heat Pumps. Ph.D. Thesis,
December 2002. (This file is 8.37 MB. We have broken it down into 4
sections for easier downloads.
Part 1,
Part 2,
Part
3, Part 4)
Kim, T.
Optimum
Duct Design for Variable Air Volume Systems. Ph.D. Thesis, May 2001.
(Completed December 2000)
Kong, W.
A Convective Heat Transfer Model for Simulation of Rooms with Attached Wall
Jets. Ph.D. Thesis, May 2006.
Liu, X.
Development and Experimental
Validation of Simulation of Hydronic Snow Melting Systems For Bridges.
Ph.D. Thesis, May 2005.
Nguyen, D.
Non-Azeotropic Refrigerant Mixture
(NARM) Vapor Compression
Cycles.
Ph.D. Thesis, May 1992.
Nigusse, B. Improvements to
the Radiant Time Series Method Cooling Load Calculation Procedure. Ph.D.
Thesis, December 2007
Xiao, D.
Inter-Model,
Analytical, and Experimental Validation of A Heat Balance Based Residential
Cooling Load Calculation Procedure. Ph.D. Thesis, December
2006.
Xu, X. Simulation and
Optimal Control of Hybrid Ground Source Heat Pump Systems. Ph.D. Thesis,
December 2007.
Yavuzturk, C.
Modeling
of Vertical Ground Loop Heat Exchangers for Ground Source Heat Pump Systems.
Ph.D. Thesis, December 1999.
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