ne.gif (2791 bytes)     NE583 Radiation Transport Methods



Course Outline

Public files
Syllabus  
#
Date
Lesson
Reading
Homework due
1
8/27/13
 Introduction
Basic elements
Preface
  pp. 1-16

2
9/3/13
Initial and boundary conditions
Secondary sources
Derivation of B. E.
 16-28
34-43
1-1
1-2
3
9/10/13
Boundary condition examples
Curvilinear streaming
28-34
2-1
2-2
2-3
4
9/17/13
Source and eigenvalue problems
 43-47
3-1
3-2
3-3
5
9/24/13
Adjoint form of B. E.
Uses of the adjoint B. E.
 47-55
4-1
4-2
 
10/1/13
 
 
 6
10/8/13
Introduction to energy representation 
Derivation of multigroup form
Matrix formulation and solution
61-71
7
10/15/13
Reduction to 1-group
Solution algorithm: Outer iteration
 71-83
90-95
103-111
6-1
6-2
6-3
8
10/22/13
Reduction of B.E. to 1D slab
1D quadratures
Legendre expansions
116-127

7-1
7-2

9
10/29/13
Auxiliary equations in 1D
1D slab solution strategies
Curvilinear 1D geometries

127-151
8-1
8-2
10
11/5/13
Multidimensional quadratures
Multi-D solution strategies
Ray effects
  156-186
194-203
 9-1
9-2
11/12/13
 

 

11
11/19/13

Integral transport equations
Collision probability solutions

208-220

10-1
10-2

12
11/26/13

Diffusion theory derivation
Time-dependent solutions
Point kinetics derivation

 83-103
15
12/3/13
(No class)
12/10/13
7:15 p.m.
 




                                                                                                                2011 by Ronald E. Pevey.  All rights reserved.