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- EP4D3/6D3 - Nuclear Reactor Analysis

exe 10 3MB 2005 11 17 Point Kinetics conclusion exe 8 9Mb 2005 11 21 Feedback exe 9 7Mb CANDU vs PWR kinetics cost design evolution discussion 2005 11 22 Heat Transfer start exe 10 8Mb discussion of nuclear plant matrix 2005 11 24 Heat Transfer conduction in fuel exe 6 7Mb break for class think time Heat Transfer conduction in gap exe 3 4Mb 2005 11 28 Heat Transfer conclusion exe 13 7Mb 2005 11 29 Student presentation by Aditi Garg see below No in class recording 2005 12 01 Course summary exe 11 2Mb Recordings for 2004 05 term 1 2004 09 09 Introduction administration Learning 101 exe 15Mb 2004 09 13 Basic Definitions and Perspectives start part a exe 9 1Mb part b exe 3 7Mb 2004 09 14 Basic Definitions and Perspectives continued part a 7 0Mb exe part b 5 3Mb exe Sorry there is a dead spot with no audio from minute1 to minute 3 in part a I will try to edit this out at some point 2004 09 16 No class 2004 09 20 Basic Definitions and Perspectives conclusion exe 6 8Mb The Diffusion of Neutrons start exe 7 0Mb 2004 09 21 The Diffusion of Neutrons continued exe 14 4Mb derivation of Fick s law 2004 09 23 The Diffusion of Neutrons continued exe 5 7Mb planar source case The Diffusion of Neutrons continued exe 8 6Mb point source case end of chapter 2004 09 27 Process Modelling part Numerical Methods start exe 15 6Mb discussion on numerical methods and modelling 2004 09 28 Numerical Methods continued exe 9 5Mb steady state solutions Numerical Methods continued exe 2 5Mb transient solutions 2004 09 30 Numerical method conclusion exe 5 8Mb discussion of implicit method worked example Quiz 2 1997 Chain Reactions start exe 5 8MB 2004 10 05 Radiation Safety 101 exe 5 3Mb guest lecture by Dave Tucker Senior Health Physicists for McMaster Associated presentation pdf 723kb 2004 10 07 Fuel Depletion and Lattice Reactivity in CANDU exe 15 3Mb guest lecture by Ben Rouben Manager Reactor Core Physics AECL Associated presentation pdf 1 2Mb 2004 10 12 One Group Diffusion Reactors start exe 9 4Mb adding the fission term to the neutron balance equation 2004 10 18 One Group Diffusion Reactors continued exe 9 4Mb additional cases One Group Diffusion Reactors continued exe 10 3Mb numerical criticality calcs 2004 10 21 One Group Diffusion Reactors continued exe 10 0Mb Gauss Seidel review by student Grant Minor thanks general code disscussion 2004 10 25 One Group Diffusion Reactors continued exe 5 0Mb Worked examples going critical and estimating a parameter from a criticality experiment 2004 10 26 Core Composition Changes start exe 10 9Mb Xe poisioning including demo of code 2004 10 28 Core Composition Changes conclusion exe 9 6Mb Fuel depletion 2004 11 01 Summary and worked example exe 8 0Mb 2004 11 04 Multigroup Theory start exe 10 8Mb Discussion of the midterm solution and the start of

Original URL path: http://www.nuceng.ca/ep4d3/ep4d3home.htm (2014-10-09)

Open archived version from archive - EP6P3

Schedule The course will follow the schedule as listed below as set out in the notes subject to confirmation of the lecturer Assignments are due on the Monday afternoon at 4 30 following the week in which the work is to be covered Assignments can be submitted by hand by e mail or fax Problem Clarifications Week 1 Week 2 Some Lecture Material in order of presentation Backgrounder on Fission and CANDU Reactor Station Cutaway Enlarged Calibration of Simulator Time Scale Modes of Plant Operation CANDU Control Programs and Process Systems Course notes The course material is copyrighted so it cannot be posted freely here on the web or be distributed without permission Go to the bookstore and purchase the course pack The cost is about 30 for the main notes CD and about 15 each for the resource book containing assignments and other support material and a reference text The resource book and the reference text are on the CD so you could get away without either but you would need to find and print off the material from the CD Cost wise since printing is not cheap you would be advised to buy the resource pack at least Ask for the CD at the checkout Due to the over subscription to the course you may have to wait 48 hours to pick up the material after you pay for it Note The reference text is available for download compliments of the author Dr George Bereznai George Bereznai uoit ca This text contains all the course theory and notes in a succinct format Cover pdf 26kb Text Body pdf 2 4Mb Try a sample Includes interactivity but the audio has been disabled since the audio files are time consuming to down load Very nice The course material consists of the following A CD ROM containing an interactive version of the course Lecture Notes a Reference Text a CANDU desktop simulator and electronic versions of the Learning Resource manual printed copy of the course Lecture Notes printed copy of the Reference Text printed copy of the Learning Resources manual containing 1 Study Guide 2 Simulator User Manual 3 Simulator Exercises 4 Review Questions 5 Problem Sets 6 Tutorial for Using the CD ROM CANDU 6 poster with some technical data pdf 500kb with permission from AECL with thanks to Daryoosh Vashaee for scanning and Eric Lemoine for chasing down permission Some energy flow data pdf 201kb from the CNSC CANDU Fundamentals Training Course 2003 Module 10 on the CANTEACH web site Useful for the Week 1 assignment Look at the presentation pdf 677kb as well Point kinetics program and working file Note These 2 files need to be downloaded into directory c exkin dir Exkin exe exe 261kb Exkin br xls xls 183kb Errata doc 32kb as of 2007 12 31 Tutorials and Class Recordings Occasional tutorials are held as requested Supporting text and audio screen capture recordings of the actual tutorials are given below BBFlashback was used to create

Original URL path: http://www.nuceng.ca/ep6p3/ep6p3home.htm (2014-10-09)

Open archived version from archive - EP6P3

the lecturer Assignments are due on the Monday afternoon at 4 30 following the week in which the work is to be covered Assignments can be submitted by hand by e mail or fax Problem Clarifications Week 1 Week 2 Week 3 Weight distribution of marks for week 4 Weight distribution of marks for week 5 Some Lecture Material in order of presentation Backgrounder on Fission and CANDU Reactor PPT 2 39 Mb Station Cutaway Enlarged WORD 242 kb Calibration of Simulator Time Scale WORD 25 kb Modes of Plant Operation WORD 112 kb CANDU Control Programs and Process Systems PPT 376 kb CANDU PWR PPT 2 30 Mb CANDU Reactivity Devices PPT 2 05 Mb CANDU Detector Systems PPT 1 19 Mb Xenon Effects in Reactor Operation PPT 0 5 Mb Point Kinetics Program EXKIN PPT 67 kb Exkin br xls XLS 179 kb Exkin exe Executable 255 kb both files must be placed in directory c exkin dir More Kinetics with Delayed Neutrons PPT 444 kb Course notes The course material is copyrighted so it cannot be posted freely here on the web or be distributed without permission Go to the bookstore and purchase the course pack The cost is about 30 for the main notes CD and about 15 each for the resource book containing assignments and other support material and a reference text The resource book and the reference text are on the CD so you could get away without either but you would need to find and print off the material from the CD Cost wise since printing is not cheap you would be advised to buy the resource pack at least Ask for the CD at the checkout Due to the over subscription to the course you may have to wait 48 hours to pick up the material after you pay for it Note The reference text is available for download compliments of the author Dr George Bereznai George Bereznai uoit ca This text contains all the course theory and notes in a succinct format Cover pdf 26kb Text Body pdf 2 4Mb Try a sample Includes interactivity but the audio has been disabled since the audio files are time consuming to down load Very nice The course material consists of the following A CD ROM containing an interactive version of the course Lecture Notes a Reference Text a CANDU desktop simulator and electronic versions of the Learning Resource manual printed copy of the course Lecture Notes printed copy of the Reference Text printed copy of the Learning Resources manual containing 1 Study Guide 2 Simulator User Manual 3 Simulator Exercises 4 Review Questions 5 Problem Sets 6 Tutorial for Using the CD ROM CANDU 6 poster with some technical data pdf 500kb with permission from AECL with thanks to Daryoosh Vashaee for scanning and Eric Lemoine for chasing down permission Some energy flow data link to the CANTEACH web site that is useful for the Week 1 assignment Look at CANDU Fundamentals Training

Original URL path: http://www.nuceng.ca/br_space/ep6p3home.htm (2014-10-09)

Open archived version from archive - Math&Modelling

made and provided to the student Your comments and suggestions are welcome Note Handouts will not be provided at the sessions You are advised to bring a printout of the lecture notes at the very least Depending on the particular interests of the class discussions and exercises may take unexpected turns So to ensure maximum flexibility bring a laptop and a memory stick if you can Course Material Lecture Notes Mathematics and Modelling pdf 1 0Mb containing notes on revised 2009 08 06 Introduction See also Learning 101 and Mastery www nuceng ca Engineering Concepts Equations and Context See also Summary of the book The Evolution of Physics Vectors Div Curl Grad and all that See also Vector Math Review pdf 146kb from http epsc wustl edu classwork 454 syllabus html Linear Algebra See also Matrix Algebra Review pdf 60kb from www cse unr edu bebis MathMethods Calculus See also www mathcentre ac uk for detailed refresher notes and exercises on basic differentiation pdf 128kb and differentiation integration pdf 400kb Table of derivatives pdf 56kb from www math ubc ca feldman m120 Table of integrals pdf 89kb from www integral table com Solve integrals on line Ordinary Differential Equations Boundary Value and Eigenvalue Problems Partial Differential Equations Data Analysis Statistics and Least Squares Regression See also T Test notes pdf 90kb from www socialresearchmethods net Statistical tables pdf 153kb from www statsoft com textbook sttable html Laplace Transforms Reference Kells Elementary Differential Equations McGraw Hill 1965 Chapter 7 Table of common Laplace transforms pdf 42kb from stanford edu boyd ee102 Control Theory Reference George Stephanopoulos Chemical Process Control An Introduction to Theory and Practice Prentice Hall 1984 ISBN 0 13 128629 3 Reference Text C C Chapra and Canale Numerical Methods for Engineers 5th edition Publishers McGraw Hill ISBN 0

Original URL path: http://www.nuceng.ca/un-math-primer-2009/index.htm (2014-10-09)

Open archived version from archive - Engineering Physics 712 - Advanced Nuclear Reactor Analysis

for the 2001 offering of the course are as follows Foreword and Table of Contents pdf 12kb Week 1 Introduction to the Dynamics of Power Reactors pdf 77kb Week 2 Dynamic Characteristics of CANDU Reactors pdf 102kb Week 3 Neutron Transport Equation pdf 41kb plus the old handwritten notes as below Chapter 0 Table of Contents pdf 146kb Chapter 1 Neutron Transport Equation pdf 650kb Chapter 2 Genealogy of Approximations

Original URL path: http://www.nuceng.ca/ep712/ep712home.htm (2014-10-09)

Open archived version from archive - Engineering Physics 714 - Nuclear Reactor Safety Design

of 2009 09 15 Project Ideas for Projects pdf 35kb new as of 2009 09 15 Scope Guideline pdf 5kb Chapter 1 Introduction Snell Text pdf 280kb new as of 2009 09 15 minor revision 2009 09 29 Lecture 1 Slides pdf 771kb new as of 2009 09 16 Chapter 2 Design Basis Accidents Snell Text pdf 8 1Mb new as of 2009 09 23 minor revision 2009 09 29 Lecture 2 Slides pdf 1 36Mb new as of 2009 09 23 Chapter 3 Case Studies Snell Text pdf 550kb Lecture 3 Case Studies Slides pdf 1 0Mb new as of 2009 10 24 Lecture 4 Case Studies Slides cont d pdf 1 0Mb new as of 2009 10 24 Chapter 4 Probability Tools and Techniques Text pdf 325kb new as of 2009 10 13 Lecture 5 Probability Slides pdf 576kb new as of 2009 10 24 Bayes Theorem resource material including a short video Chapter 5 Safety Systems Text pdf 2 6Mb new as of 2009 10 28 Lecture 6 pdf 672kb Shutdown Systems new as of 2009 10 28 Lecture 7 pdf 1 1Mb Heat Removal Systems new as of 2009 10 28 Chapter 6 Safety Goals Text pdf 927kb new as of 2009 11 03 Lecture 8 pdf 666kb new as of 2009 11 03 Chapter 7 Accident Analysis Text pdf 2 3Mb new as of 2009 11 10 Lecture 9 pdf 2 3Mb new as of 2009 11 18 Lecture 10 pdf 1 2Mb new as of 2009 11 18 Chapter 8 Technology of Accident Analysis Text pdf 1 2Mb new as of 2009 11 22 Lecture11 pdf 311kb new as of 2009 11 28 Lecture 12 pdf 642kb new as of 2009 11 23 Chapter 9 Whither Safety Text pdf 1 4Mb IAEA new as

Original URL path: http://www.nuceng.ca/ep714/ep714home.htm (2014-10-09)

Open archived version from archive - EP716

One lecture per week first term Prerequisite registraton in a graduate program in Engineering Physics or equivalent Instructors Dr Nik Popov popovn aecl ca 905 823 9060 extension 3623 On campus contact Dr W G Garland garlandw mcmaster ca NRB 117 ext 24925 Course Administration Course Outline Schedule Course Notes Chapter 0 Forward and Table of Contents pdf 40kb Chapter 1 Introduction pdf 48kb Chapter 2 Design Requirements and Engineering

Original URL path: http://www.nuceng.ca/ep716/ep716home.htm (2014-10-09)

Open archived version from archive - EP718

code development CATHENA computer code specific theory numerical algorithms and flow regime modelling This is a simulation based course it includes CATHENA simulation assignments One lecture per week Prerequisite registraton in a graduate program in Engineering Physics or equivalent Instructors Dr Nik Popov popovn aecl ca 905 823 9060 extension 3623 On campus contact Dr W G Garland garlandw mcmaster ca NRB 117 ext 24925 Course Administration Course Outline to come Schedule Course Notes Chapter 0 Forward and Table of Contents pdf 131kb reprinted 2003 05 22 to fix a font problem Chapter 1 Introduction pdf 64kb Chapter 2 Basic Equations pdf 204kb reprinted 2003 05 22 to fix a font problem Chapter 3 Nodalization pdf 224kb reprinted 2003 05 22 to fix a font problem Chapter 4 Equation of State pdf 219kb reprinted 2003 05 22 to fix a font problem Chapter 5 Rate Form of the Equation of State pdf 242kb reprinted 2003 05 22 to fix a font problem Chapter 6 Thermalhydraulic Network Simulation pdf 177kb reprinted 2003 05 22 to fix a font problem Chapter 7 Empirical Correlations pdf 587kb reprinted 2003 05 22 to fix a font problem Chapter 8 Design Tools pdf 111kb reprinted

Original URL path: http://www.nuceng.ca/ep718/ep718home.htm (2014-10-09)

Open archived version from archive