Name |
Title |
Author |
|
DR497-02E-160-001A
|
Decision on Cycle: DFC or IFC
|
Gregor Frank
|
|
DR497-02E-160-002A
|
Optimum Pressure Ratio for a Regenerative-Cycle Gas-Turbine Engine with CO2 as the Working Fluid
|
Michael Wigfield
|
|
DR497-02E-160-003A
|
Parametric Studies: Effect of Individual Compontents on the Overall Cycle Efficiency
|
Michael Wigfield
|
|
DR497-02E-160-004A
|
Raven Zero-Emission GT - Performance Analysis Overview
|
Gregor Frank
|
|
DR497-02E-160-005A
|
VISUAL BASIC Cycle Model
|
Michael Wigfield
|
|
DR497-02E-160-006A
|
Carbon Dioxide Properties and Modelling
|
Gregor Frank
|
|
DR497-02E-160-007A
|
Condenser Power Requirements
|
Michael Wigfield
|
|
|
TDR497-02E-160-001A
|
Analysis of Fluid Properties at Combustor Outlet
|
Gregor Frank
|
|
TDR497-02E-160-002A
|
Performance Analysis - Model & Program
|
Gregor Frank
|
|
TDR497-02E-160-003A
|
Visual Basic Program for Calculation CO2 properties as a Function of Temperature and Pressure
|
Gregor Frank
|
|
|
DR4907-03GT-160-001
|
Modifications to Current Cycle Analysis Program
|
Kate Heckman
|
|
DR4907-03GT-160-002
|
Specifications Archive
|
Kate Heckman
|
|
DR4907-03GT-160-003
|
50 kW Performance Modelling Overview
|
Kate Heckman
|
|
DR4907-03GT-161-002
|
Performance Effects of Turbine Cooling on the 100 MW Gas Turbine
|
Shane McDowell
|
|
DR4907-03GT-161-003
|
Effects of Turbine Cooling on the 100MW Gas Turbine
|
Shane McDowell
|
|
DR4907-03GT-161-004
|
Thermodynamic Determination of a Combined Cycle
|
Ben Lee
|
|
|
TDR4907-03GT-160-001
|
Replacing the CO2 Propery Tables in the Cycle Analysis
|
Kate Heckman
|
|
TDR4907-03GT-160-002
|
Validification of the CO2 Property Tables
|
Dan Redmond
|
|
TDR4907-03GT-160-003
|
Creating a CO2 Cp Table from a Cp Enthalpy Table
|
Dan Redmond
|
|
TDR4907-03GT-160-004
|
Turbine Cooling
|
Dan Redmond
|
|
TDR4907-03GT-160-005
|
Visual Basic Model of the Properties of Water
|
Kate Heckman
|
|
TDR4907-03GT-160-006
|
Turbine and Compressor Analyses using Isentropic Efficiencies
|
Kate Heckman
|
|
|
DR4907-04GT-160-001
|
ASPEN Analysis of 50kW Performance
|
Ryan Densham
|
|
DR4907-04GT-160-002
|
ASPEN Analysis of Alternative Recuperator Configurations
|
Ryan Densham
|
|
DR4907-04GT-160-003
|
Bearing Flow System - Concept Design and Analysis
|
Ryan Densham
|
|
|
TDR4907-04GT-160-001
|
50 kW Plant - ASPEN Cycle Configuration
|
Ryan Densham
|
|
TDR4907-04GT-160-002
|
Bleed flow Bearing Return and Pipe loss Addition to 50 kW ASPEN Cycle
|
Ryan Densham
|
|
TDR4907-04GT-161-001
|
100MW ASPEN Cycle Setup
|
Ryan Densham
|
|
|
DR4907-05GT-161-001
|
GE LMS100 Preliminary Cycle Calculations
|
Dan Thompson
|
|
DR4907-05GT-161-002
|
GasTurb Analysis of General Electric LMS100
|
Dan Thompson
|
|
DR4907-05GT-161-003
|
Cycle Calculation Results Comparison
|
Dan Thompson
|
|
DR4907-05GT-161-004
|
Air to CO2 Cycle Compressor Map Conversion
|
Dan Thompson
|
|
DR4907-05GT-161-005
|
ASPEN Open-air Cycle Simulation Results
|
Dan Thompson
|
|
DR4907-05GT-161-006
|
Turbine CO2 Conversion Results
|
Dan Thompson
|
|
DR4907-05GT-161-007
|
Verification of Turbine CO2 Conversions
|
Dan Thompson
|
|
DR4907-05GT-161-008
|
An Analysis of Efficiency Penalty Due to Used Bearing Flow
|
Patrick Wiles
|
|
|
TDR4907-05GT-160-001
|
Open-loop Air Cycle Aspen Model of GE LMS100
|
Adam Coderre
|
|
TDR4907-05GT-161-002
|
Conversion of the Open Cycle Aspen Model from Air to CO2
|
Adam Coderre
|
|
TDR4907-05GT-161-003
|
Closing the Aspen LMS100 CO2 Cycle
|
Adam Coderre
|
|
TDR4907-05GT-161-004
|
Recuperator Effectiveness Study for the 100 MW Cycle
|
Adam Coderre
|
|
TDR4907-05GT-161-005
|
Determination of Dew Point Temperature
|
Adam Coderre
|
|
TDR4907-05GT-161-006
|
Duty Study: Tradeoff Between Recuperator and Combined Cycle Power
|
Adam Coderre
|
|
TDR4907-05GT-161-007
|
Operational Predictions of Turbines with Working Fluids Other than Air
|
Dan Thompson
|
|
|
DR4907-06GT-160-001
|
100 MW CO2 Plant Ideal Gas Model Results
|
Nicholas Lea, Robert Graham
|
|
DR4907-06GT-160-002
|
100MWe Supercritical CO2 Cycle HYSYS Model and Results
|
Nick Lea
|
|
DR4907-06GT-160-003
|
100MWe Supercritical CO2 Cycle Real Gas Model and Results
|
Nick Lea
|
|
DR4907-06GT-160-004
|
Comparisons of Performance Models
|
Nick Lea
|
|
DR4907-06GT-161-001
|
Nitrogen Expansion Turbine Parametric Study: Mass Flow Rate and Turbine Outlet Temperature
|
Kyle Fridgen
|
|
DR4907-06GT-161-002
|
Nitrogen Expansion Turbine: Comparing Two Methods of Analysis for Turbine Performance Predictions
|
Kyle Fridgen
|
|
|
TDR4907-06GT-160-001
|
Thermodynamic Model of Compressor and Turbine
|
Robert Graham
|
|
TDR4907-06GT-160-002
|
Mathcad Modelling of Heat Exchangers
|
Nicholas Lea
|
|
TDR4907-06GT-160-003
|
100 MW CO2 Power Plant Performance Model
|
Nicholas Lea and Robert Graham
|
|
TDR4907-06GT-160-003
|
100 MW CO2 POWER PLANT PERFORMANCE MODEL
|
Rob Graham
|
|
TDR4907-06GT-160-004
|
GETTING STARTED IN HYSYS
|
Nicholas Lea
|
|
TDR4907-06GT-160-005
|
Getting Results in HYSYS
|
Nick Lea
|
|
TDR4907-06GT-161-001
|
A GUIDE TO HYSYS AND GAS TURBINE APPLICATIONS
|
Kyle Fridgen
|
|
|
DR4907-0708-161-001
|
IN-HOUSE THERMODYNAMIC MODEL FOR THE 100 MW CO2 POWER PLANT
|
Andre Gagnon
|
|
DR4907-0708-161-002
|
COMPARISON OF HYSYS AND IN-HOUSE MODEL FOR THE 100 MW CO2 POWER PLANT
|
Andre Gagnon
|
|
DR4907-0708-161-003
|
Specifying the Compressor Inlet Temperature for the S-CO2 Power Plant
|
Andre Gagnon
|
|
DR4907-0708-162-001
|
Investigation on the Effects of Impurities on Performance
|
Daniel Cote
|
|
DR4907-0708-162-002
|
Thermal Efficiency Calculations Performed for Pipe Loss
|
Daniel Cote
|
|
DR4907-0708-162-003
|
Verification of HYSYS Model Using Literature Examples
|
Daniel Cote
|
|
DR4907-0708-162-004
|
Supercritical Cycle Sensitivity Study
|
Daniel Cote
|
|
DR4907-0708-163-004
|
EFFECT OF INTERCOOLING ON THE 100 MW SUPERCRITICAL CARBON DIOXIDE POWER PLANT
|
Dean Pucsek
|
|
DR4907-0708-163-005
|
SELECTION OF AN EQUATION OF STATE FOR HYSYS – PART 3
|
Dean Pucsek
|
|
DR4907-0708-163-006
|
SELECTION OF COMPRESSOR INLET PRESSURE FOR THE 100 MWe SUPERCRITICAL CARBON DIOXIDE POWER PLANT
|
Dean Pucsek
|
|
|
TDR4907-0708-162-001
|
Adding Mixed Fluid Streams in HYSYS
|
Daniel Cote
|
|
TDR4907-0708-162-002
|
Development of the 2007/2008 Steady State HYSYS Model
|
Daniel Cote
|
|
TDR4907-0708-162-003
|
Cycle Purity Level Decision
|
Daniel Cote
|
|
TDR4907-0708-162-004
|
Outline of Start-up and Shut-Down Procedures for the S-CO2 Plant
|
Daniel Cote
|
|
TDR4907-0708-163-001
|
Supercritical CO2 Literature Review - Performance
|
Dean Pucsek
|
|
TDR4907-0708-163-002
|
SELECTION OF AN EQUATION OF STATE FOR HYSYS – PART 1
|
Dean Pucsek
|
| TDR4907-0708-163-003 |
SELECTION OF AN EQUATION OF STATE FOR HYSYS – PART 2 |
Dean Pucsek |
|
| DR4907-0809-160-001 |
HYSYS CO-2 Model Improvements - Updated Precooler Cycle |
Rohit Bhattacharjee |
| TDR4907-0809-160-001 |
HYSYS CO-2 Model Improvements - Precooler Changes |
Rohit Bhattacharjee |
| TDR4907-0809-160-002 |
HYSYS Components Guide |
Rohit Bhattacharjee |
| TDR4907-0809-160-003 |
Precooler Design Process |
Rohit Bhattacharjee |
| DR4907-0809-161-001 |
Pipe Loss Effects on Thermal Efficiency |
Sean Hornsby |
| TDR4907-0809-161-001 |
Rankine Cycle Parameter Selection |
Sean Hornsby |
| TDR4907-0809-161-002 |
Rankine Cycle Analysis in HYSYS - Part 1 |
Sean Hornsby |
| TDR4907-0809-161-003 |
Rankine Cycle Analysis in HYSYS - Part 2 |
Sean Hornsby |
| TDR4907-0809-161-004 |
Alternate Cycle Analysis |
Sean Hornsby |
| DR4907-0809-162-001 |
Gearbox and Generator Efficiencies |
Christian Keller |
| DR4907-0809-162-002 |
Modelling the Recuperator in HYSYS |
Christian Keller |
| DR4907-0809-162-003 |
Incorporating Bleed Flows into HYSYS |
Christian Keller |
| TDR4907-0809-162-001 |
Gearbox and Generator Efficiencies |
Christian Keller |
| TDR4907-0809-162-002 |
Recuperator Effectiveness in HYSYS |
Christian Keller |
| TDR4907-0809-162-003 |
Incorporating Bleed Flows in HYSYS |
Christian Keller |
| TDR4907-0809-162-004 |
Investigation of the Parallel Compressor Cycle |
Christian Keller |
|
| TDR4907-0910-161-002 |
A Critical Review of Dostal's Comparison of the Simple and Recompression Cycles |
John Bryant |
| TDR4907-0910-161-001 |
Implementing Abstract Heat Exchangers in HYSYS |
John Bryant |
| TDR4907-0910-162-001 |
Equation of State Analysis Using HYSYS and NIST |
Jean-Michel Prevost |
| TDR4907-0910-161-003 |
Interfacing NIST REFPROP with MATLAB |
John Bryant |
| TDR4907-0910-161-004 |
MATLAB Cycle Models User Guide |
John Bryant |
| TDR4907-0910-161-005 |
A Study of SCO2 Cycles |
John Bryant |
| DR4907-0910-162-002 |
Dynamic Model Development in HYSYS |
Jean-Michel Prevost |
| DR4907-0910-162-001 |
Update of the S-CO2 Plant Parameters Database |
Jean-Michel Prevost |
| TDR4907-0910-162-002 |
Progress on Dynamic Model Development |
Jean-Michel Prevost |
| TDR4907-0910-162-003 |
Mechanical Power Required to Supply 100 MW at the Grid |
Jean-Michel Prevost |
| TDR4907-0910-163-001 |
Precooler Incorporation in Master Model |
Anjon Sanyal |
| DR4907-0910-163-001 |
HYSYS Model Update |
Anjon Sanyal |
| TDR4907-0910-163-002 |
Makeup Water Analysis |
Anjon Sanyal |
|
|
|
| DR4907-1011-160-001 |
Dynamic Model 1 - Phase 1 |
Brandon Cliff, Syed Ali Qasam Rizvi |
| DR4907-1011-163-001 |
Dynamic Model 1 - Phase 2 |
Syed Ali Qasam Rizvi |
| TDR4907-1011-161-001 |
Plant MATLAB Model (PMM) |
Mohammad O. Babar |
| TDR4907-1011-164-001 |
HYSYS Tutorial |
Ryan Stuart |
| DR4907-1011-165-001 |
Turbine Meanline Analysis of a Two-Stage Axial Turbine |
Aaron Zaretsky |
| TDR4907-1011-164-002 |
Pipe Losses in MATLAB |
Ryan Stuart |