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  • CANTEACH
    CANDU cycle Keywords Concept Heat and Thermodynamics SI 30000 Reactor Steam Generators and Auxiliaries 40000 Turbine Generator and Auxiliaries Discipline Mechanical Engineering Topic Fluid Mechanics Heat Transfer Thermalhydraulics Phase Concept Design Design Analysis Audience College Engineer Ugrad Full Course 20050200 pdf 3028 kb 25 0 Introduction and Course Procedures 20050201 pdf 336 kb 25 1 Basics 20050202 pdf 471 kb 25 2 Expansion and Contraction 20050203 pdf 351 kb 25 3 Heat Transfer Calculations 20050204 pdf 183 kb 25 4 Pressure Control 20050205 pdf 200 kb 25 5 Mechanisms of Heat Transfer 20050206 pdf 144 kb 25 6 Mollier Diagrams and The Turbine Process 20050207 pdf 679 kb 25 7 Efficiency and The CANDU Cycle 20050208 pdf 298 kb 25 8 Criterion Tests 20050209 pdf 105 kb 25 9 Self Evaluation Answer Sheet 20050210 pdf 309 kb 1988 Jump to Top Organization Concept SI Discipline Topic Phase Audience Heat and Thermodynamics Course 225 Nuclear Training Centre OPG 01 04 1988 Doc type Course Summary Basic concepts of heat and thermodynamics steam tables Mollier diagrams turbine with reheat feedheater condenser steam generator reactor Keywords Concept Heat and Thermodynamics SI 30000 Reactor Steam Generators and Auxiliaries 40000 Turbine Generator and Auxiliaries Discipline Mechanical Engineering Topic Fluid Mechanics Heat Transfer Thermalhydraulics Phase Concept Design Design Analysis Audience College Engineer Ugrad Full Course 20043100 pdf 4667 kb Index 20043101 pdf 208 kb Module 1 Basics 20043102 pdf 404 kb Module 2 Steam Tables 20043103 pdf 636 kb Module 3 Entropy Throttling and Mollier Diagrams 20043104 pdf 701 kb Module 4 Turbine with Reheat 20043105 pdf 611 kb Module 5 Feedheater Operation 20043106 pdf 511 kb Module 6 Condenser Performance 20043107 pdf 546 kb Module 7 Steam Generator 20043108 pdf 382 kb Module 8 Reactor 20043109 pdf 710 kb 1990 Jump to Top Organization Concept SI Discipline Topic Phase Audience Turbine and Auxiliaries Course PI 34 TIMS Ref PI 3004 Nuclear Training Centre OPG 01 01 1990 Doc type Course Summary Keywords Concept SI 40000 Turbine Generator and Auxiliaries Discipline Mechanical Engineering Topic Fluid Mechanics Heat Transfer Thermodynamics Phase Design Operation Audience College Engineer Technician Ugrad Full Course 20051000 pdf 11938 kb PI 34 00 00 Index and Objectives 20051001 pdf 619 kb 334 00 01 The Steam Turbine 20051002 pdf 676 kb 234 00 01 Turbine Construction 20051003 pdf 1037 kb 334 00 03 The Steam System 20051004 pdf 517 kb 234 00 02 Steam Control to the Turbine 20051005 pdf 514 kb 334 00 07 The Condenser 20051006 pdf 476 kb PI 25 06 The Mollier Diagram and the Turbine Processes 20051007 pdf 1214 kb 334 00 08 Feedwater Heating System 1 20051008 pdf 212 kb 334 00 09 Feedwater Heating System 2 20051009 pdf 307 kb 234 00 07 Feedwater Control and Operation 20051010 pdf 586 kb PI 24 21 01 Secondary Heat Transport System Impurities 20051011 pdf 230 kb PI 24 21 02 Chemical Additives and Blowdown 20051012 pdf 274 kb PI 25 07 Efficiency of the CANDU Turbine Cycle 20051013

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    Phase Concept Design Operation Audience College Engineer Technician Ugrad Full Course 20043200 pdf 5736 kb PI 30 10 0 Introduction and Objectives 20043201 pdf 392 kb 430 10 0 Identification and Coding of Mechanical Equipment 20043202 pdf 251 kb 430 10 1 Centrifugal Pumps 20043203 pdf 379 kb 330 10 1 Centrifugal Pumps 20043204 pdf 795 kb 430 10 2 Positive Displacement Pumps 20043205 pdf 168 kb 430 10 3 Compressonrs Dynamic and Positive Displacement 20043206 pdf 270 kb 430 10 4 Air System 20043207 pdf 82 kb 430 10 5 Fans 20043208 pdf 57 kb 430 10 6 Vacuum Pumps 20043209 pdf 185 kb 230 11 1 Compressors 20043210 pdf 226 kb 330 11 1 Heat Exchangers 20043211 pdf 218 kb 430 12 1 Piping and Tubes 20043212 pdf 271 kb 430 13 1 Valves 20043213 pdf 513 kb 430 14 1 Lubrification 20043214 pdf 143 kb 430 14 2 Unit 1 Bearings 20043215 pdf 68 kb 430 14 2 Unit 2 Lubrification Methods 20043216 pdf 62 kb 430 14 2 Unit 3 Bearing Design and Installation 20043217 pdf 81 kb 230 12 1 Lubrification 20043218 pdf 250 kb 430 15 1 Sealing Devices 20043219 pdf 181 kb 330 14 1 Axial Mechanical Seals 20043220 pdf 190 kb 230 13 1 Shaft Couplings 20043221 pdf 204 kb 230 13 2 Belt Drives 20043222 pdf 247 kb 230 13 3 Chain Drives 20043223 pdf 115 kb 230 13 4 Gears and Gearing 20043224 pdf 250 kb 230 16 1 Gas Turbines 20043225 pdf 289 kb Turbine and Auxiliaries Course PI 34 TIMS Ref PI 3004 Nuclear Training Centre OPG 01 01 1990 Doc type Course Summary Keywords Concept SI 40000 Turbine Generator and Auxiliaries Discipline Mechanical Engineering Topic Fluid Mechanics Heat Transfer Thermodynamics Phase Design Operation Audience College Engineer Technician Ugrad Full Course 20051000 pdf 11938 kb PI 34 00 00 Index and Objectives 20051001 pdf 619 kb 334 00 01 The Steam Turbine 20051002 pdf 676 kb 234 00 01 Turbine Construction 20051003 pdf 1037 kb 334 00 03 The Steam System 20051004 pdf 517 kb 234 00 02 Steam Control to the Turbine 20051005 pdf 514 kb 334 00 07 The Condenser 20051006 pdf 476 kb PI 25 06 The Mollier Diagram and the Turbine Processes 20051007 pdf 1214 kb 334 00 08 Feedwater Heating System 1 20051008 pdf 212 kb 334 00 09 Feedwater Heating System 2 20051009 pdf 307 kb 234 00 07 Feedwater Control and Operation 20051010 pdf 586 kb PI 24 21 01 Secondary Heat Transport System Impurities 20051011 pdf 230 kb PI 24 21 02 Chemical Additives and Blowdown 20051012 pdf 274 kb PI 25 07 Efficiency of the CANDU Turbine Cycle 20051013 pdf 513 kb 234 00 03 Steam Valve Hydraulic Control 20051014 pdf 255 kb 234 00 04 Governor Operation 20051015 pdf 516 kb 234 00 05 Turbine Governors 20051016 pdf 677 kb 334 00 10 The Lubricating Oil System 20051017 pdf 275 kb 334 00 11 The Turning Gear 20051018

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    definitions and sample calculations for basic concepts such as pressure density flowrate etc and are NOT the same as the corresponding sections in the January 1977 version of 223 Keywords Concept Thermalhydraulics SI 31000 Reactor Discipline Mechanical Engineering Topic Fuel Management Phase Concept Design Design Analysis Audience College Engineer Ugrad Course Objectives 20040400 pdf 29 kb Fluid Mechanics 20040401 pdf 599 kb Answer Section 20040402 pdf 407 kb 1996 Jump to Top Organization Concept SI Discipline Topic Phase Audience Reactor Thermalhydraulics Design Course 2 1 by W J Garland Chulalongkorn University 01 02 1996 Doc type Course Summary This course is concerned with the thennalhydraulic design of the process systems that are required to transport heat energy away from the nuclear reactor source and transform this heat energy into useful work generally electrical energy Keywords Concept Thermalhydraulics SI 33100 Main Heat Transport System Discipline Nuclear Engineering Topic Basic Equations Important Parameters Process Systems Thermalhydraulics Phase Concept Design Design Analysis Design Evolution Design Process Audience Engineer Ugrad Title and Table of Contents 20043701 pdf 170 kb Foreword and Glossary 20043702 pdf 74 kb Chapter 1 Introduction 20043703 pdf 130 kb Chapter 2 Design Requirements and Engineering Considerations 20043704 pdf 1189 kb Chapter 3 Heat Transport System Thermalhydrauilics 20043705 pdf 447 kb Chapter 4 Thermodynamics 20043706 pdf 309 kb Chapter 5 Fuel Coolant Heat Transfer 20043707 pdf 245 kb Chapter 6 Control 20043708 pdf 313 kb Chapter 7 The Design Process 20043709 pdf 419 kb Chapter 8 Process Design and Optimization 20043710 pdf 441 kb Appendix 1 Comparison of Bruce A B Darlington 20043711 pdf 223 kb Thermal Study of Nuclear Reactors Course 2 2 by A Tapucu Chulalongkorn University 01 02 1996 Doc type Course Summary Keywords Concept Thermalhydraulics SI 33100 Main Heat Transport System Discipline Mechanical Engineering Topic Basic Equations Fluid Mechanics Thermalhydraulics Phase Design Design Analysis Audience Engineer Grad Ugrad Title and Table of Contents 20043801 pdf 96 kb Chapter 1 Fundamental Concepts 20043802 pdf 234 kb Chapter 2 Single Phase Fluid Equations 20043803 pdf 200 kb Chapter 3 Principles of Heat Transfer 20043804 pdf 1061 kb Chapter 4 Forced Convection Heat Transfer 20043805 pdf 1624 kb Chapter 7 Heat Removal from Nuclear Reactors 20043806 pdf 1557 kb Appendix 1 Tensors 20043807 pdf 49 kb Appendix 2 Stress in a Fluid 20043808 pdf 256 kb Appendix 3 A Short Summary of Orthogonal Functions Used in Chapter 4 20043809 pdf 178 kb Workbook Chapter 4 20043810 pdf 2301 kb Workbook Chapter 7 20043811 pdf 2043 kb Reactor Thermalhydraulics Analysis Course 2 3 by W J Garland Chulalongkorn University 01 02 1996 Doc type Course Summary Fundamentals of thermalhydraulic analysis heat transfer and fluid mechanics of the heat transport system Keywords Concept Thermalhydraulics SI 33100 Main Heat Transport System Discipline Mechanical Engineering Topic Basic Equations Fluid Mechanics Thermalhydraulics Phase Concept Design Design Analysis Audience Engineer Grad Ugrad Title and Table of Contents 20043901 pdf 144 kb Glossary and Foreword 20043902 pdf 152 kb Chapter 1 Course Overview 20043903 pdf 140 kb

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    Fuel Management Phase Concept Design Design Analysis Audience College Engineer Ugrad Course Objectives 20040400 pdf 29 kb Fluid Mechanics 20040401 pdf 599 kb Answer Section 20040402 pdf 407 kb 1995 Jump to Top Organization Concept SI Discipline Topic Phase Audience Synergistic Nuclear Fuel Cycles of the Future by D A Meneley A R Dastur P J Fehrenbach and K H Talbot AECL 11 09 1995 Doc type Paper Summary Keywords Concept SI 37000 Fuel Discipline Nuclear Engineering Topic Fuel Management Phase Concept Design Operation Audience Engineer Manager Global 1995 International Conference on Evaluation of Emerging Nuclear Fuel Cycle Systems Versailles France 20054701 pdf 504 kb Global 1995 International Conference on Evaluation of Emerging Nuclear Fuel Cycle Systems Versailles France 20054702 pdf 443 kb 1996 Jump to Top Organization Concept SI Discipline Topic Phase Audience Reactor Physics Fuelling Strategies 1 4 by R Page Chulalongkorn University 01 01 1996 Doc type Course Summary Keywords Concept Reactor Physics SI 31000 Reactor Discipline Nuclear Engineering Physics Topic Fuel Management Reactor Physics Phase Design Design Analysis Audience Engineer Ugrad Reference to Lecture 10 Canadian Power Reactor Fuel 20042115 pdf 2381 kb Reference to Lecture 12 Results of a Survey on Accident and Safety Analysis Codes Benchmarks Verification and Validation Methods 20042117 pdf 482 kb Lecture 1 Reactor Design Philosophies 20042101 pdf 665 kb Lecture 2 Use of Reactor Design Codes 20042102 pdf 137 kb Lecture 3 Lattice Parameter Calculations 20042103 pdf 531 kb Lecture 4 Core Design Analysis 20042104 pdf 332 kb Lecture 5 Time Dependence Simulation 20042105 pdf 600 kb Lecture 6 Initial Fuel Load 20042106 pdf 253 kb Lecture 7 Startup Physics Tests 20042107 pdf 531 kb Lecture 8 Power Distribution Control 20042108 pdf 720 kb Lecture 9 Safety Analysis Requirements 20042109 pdf 392 kb Chapter 10 Fuel Design Analysis 20042110 pdf

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