| Benchmark |
Language |
Application Area |
Brief Description |
| 104.milc |
C |
Quantum
Chromodynamics |
A gauge field generating
program for lattice gauge theory programs with dynamical quarks |
| 107.leslie3d |
Fortran |
Computational
Fluid Dynamics |
CFD using Large-Eddy Simulations
with linear-eddy mixing model in 3D. |
| 113.GemsFDTD |
Fortran |
Computational
Electromagnetics |
Solves the Maxwell equations
in 3D using the finite-difference time-domain (FDTD) method |
| 115.fds4 |
C/Fortran |
CFD:
Fire dynamics simulator |
A CFD model of fire-driven
fluid flow, with an emphasis on smoke and heat transport from
fires |
| 121.pop2 |
C/Fortran |
Climate Modeling |
The Parallel Ocean Program
(POP) was developed at LANL |
| 122.tachyon |
C |
Graphics:
Ray Tracing |
A nearly embarrassingly parallel
ray tracing program |
| 126.lammps |
C++ |
Molecular
Dynamics |
A classical molecular dynamics
simulation code designed for parallel computers |
| 127.wrf2 |
C/Fortran |
Weather
Forecasting |
Code is based on the Weather
Research and Forecasting (WRF) Model |
| 128.GAPgeofem |
C/Fortran |
Heat
Transfer using FEM |
A parallel finite element
method (FEM) code for transient thermal conduction with gap radiation |
| 129.tera_tf |
Fortran |
3D Eulerian Hydrodynamics |
Code uses a 2nd order Gudenov
scheme and a 3rd order remapping |
| 130.socorro |
C/Fortran |
Molecular
Dynamics |
Molecular Dynamics using
density-functional theory (DFT) |
| 132.zeusmp2 |
C/Fortran |
Computational
Astrophysics |
Performs various hydrodynamic
simulations on 1, 2, and 3D grids |
| 137.lu |
Fortran |
Implicit
CFD |
Solves a regular sparse block
Lower- and Upper-triangular system using SSOR |
