The goal of this project is to solve a “very large” generalized eigenvalue problem in a “reasonable” amount of time using library functions. The mass and stiffness matrices may be either dense or sparse. Optimum routines are desired for each case. Here is description of the libraries and packages gcc – GNU Compiler Collection for [...]
Archive for the ‘SLEPc’ Category
Generalized Eigenvalue Problem
Posted in BLAS, C/C++ Compilers, Eigenvalues, Fortran, GNU GCC, LAPACK, PETSc, Python, SLEPc, Structural Dynamics, Ubuntu on November 1, 2011 | 1 Comment »
Search
Categories
- Acceleration
- Acoustics
- Aircraft
- BLAS
- C/C++ Compilers
- Careers
- Cygwin
- Earthquake Engineering
- Eigenvalues
- Fatigue
- Finite Element Analysis
- Fortran
- FreeMat
- GNU GCC
- Isolation
- LAPACK
- Maxima
- MinGW
- Modal Testing
- MPI
- NASA
- PETSc
- Python
- Sage
- Scilab
- Seismology
- Shock
- SLEPc
- SpaceX
- Structural Dynamics
- Ubuntu
- Uncategorized
Archives
- May 2012 (3)
- April 2012 (1)
- March 2012 (9)
- February 2012 (3)
- January 2012 (2)
- December 2011 (2)
- November 2011 (14)
- October 2011 (4)
- September 2011 (1)
- August 2011 (5)
- July 2011 (6)
- June 2011 (5)
- May 2011 (5)
-
Blog Stats
- 8,168 hits
-
Authors
Meta
-
Top Posts & Pages
- Install CBLAS in Ubuntu & Cygwin
- Generalized Eigenvalue Problem
- Congratulations SpaceX
- Matrix Multiplication in BLAS & CBLAS
- Acoustic Sound Pressure Levels
- FreeMat Evaluation
- Fixed-Free-Fixed-Free Plate, Fundamental Vibration Mode
- Some Earthquake Engineering Terminology
- Base Input & Applied Force Calculations
- Modal Transient Analysis Numerical Engine
Top Rated
tomirvine999
