BARC/

BARC/Thesis/0069

  
 

On the efficient use of finite element and synthesis methods to solve group diffusion equations of neutron flux for space-time reactor analysis

  
     
 
Dr. V. Jagannathan
Sr.No.
Chapters/Content
Full Text
01
 Title page
02
 Declaration
03
 Statement regarding new facts etc. required under 0.413 Acknowledgements 
04
 List of Tables
05
 List of Figures 
06
 Chapter 1: Introduction
07
 Chapter 2: The finite element method - static diffusion problems
08 Chapter 3: The finite element synthesis model - 3-D static problems View it
09 Chapter 4: Extension of FES and FEM-Q models to transient problems View it
10 Chapter 5: Summary and scope for future work  View it
11 References  View it
12 Appendix-A: Choice of element and interpolation functions View it
13 Appendix-B: Evaluation of element submatrices  View it
14 Appendix-C: Automatic MBSH generation-element-node numbering View it
15 Appendix-D: Mass and stiffness matrices with reduced integration technique View it

                                                                      Full thesis ( 9585KB )
 
 
SIRD Digital Repository for Awarded PhD