Shock & Detonation Toolbox - DEMOS - Linux/Python

Shock & Detonation Toolbox Home

For more details about a particular function use

help(function)

For example, in a python shell type:

from SDToolbox import *
help(CJspeed2)

The following pages contain demonstrations of the capabilities of the toolbox. Examples 1-4 demonstrate the usage of single functions while examples 5-8 demonstrate more advanced tasks. ZND detonation structure calculations are available for Linux separately or for Window with Matlab Demo #5.

CJ Calculations
- Chapman-Jouguet Velocity (demo_CJ)
- Chapman-Jouguet Equilibrium State (demo_CJstate)
- Chapman-Jouguet Equilibrium State using Method 2 (demo_CJstate2)
Post-Shock State Calculations for a User Specified Shock Speed
- Frozen Post-Shock State (demo_PSfr)
- Equilibrium Post-Shock State (demo_PSeq)
Post-Reflected-Shock Calculations for a User Specified Shock Speed
- Frozen Post-Reflected-Shock State (demo_Reflected_PSfr)
- Equilibrium Post-Reflected-Shock State (demo_Reflected_PSeq)
Constant Volume Explosion Calculations
- Initial Conditions: Shock Heated Mixture
  - CJ Shock Speed (demo_cvCJ)
  - Given Shock Speed (demo_cvshk)
Rayleigh Line and Reactant & Prodcut Hugoniots for a Given Shock Speed (demo_RH)
Equilvalence Ratio Series (demo_EquivalenceRatioSeries)
Pressure Series (demo_PressureSeries)
Overdrive Series (demo_OverdriveSeries)

All of the demo files can be downloaded in a single TAR file.

Shock & Detonation Toolbox - DEMOS - Linux/Python

help(function)

from SDToolbox import *help(CJspeed2)

from SDToolbox import *
help(CJspeed2)