Chemical Engineering Models with ASCEND: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
| Line 2: | Line 2: | ||
* [[Thermodynamics with ASCEND]] : consists models dealing with calculating physical property data and phase equilibria. | * [[Thermodynamics with ASCEND]] : consists models dealing with calculating physical property data and phase equilibria. | ||
* {{src|models/thermodynamics_example.a4c.}} : this file includes a range of examples that show how to use ASCEND for thermodynamics calculations with physical property data from the ASCEND 'thermodynamics.a4l' library. | |||
[[ | * [[Vapor-liquid equilibrium]] : describes how to write models for solutions in vapor-liquid equilibrium using ASCEND. | ||
* [[VLE examples]] : models dealing with vapor-liwuid equlibrium. | |||
* [[Conditional modelling]] : this page demonstrates the logic of solving problems involving conditional modelling. | |||
* {{src|models/heatex.a4c}}This example shows how we can represent and solve a conditional model containing differential equations for a heat exchanger using ASCEND conditional solver, CMSlv. | |||
* [[EnzymeKinetics]] : consists of models solving Michaelis Menten equations and ODEs. | |||
[http://ascend4.org/Help:Contents Help Contents] | [http://ascend4.org/Help:Contents Help Contents] | ||
Revision as of 02:04, 18 June 2013
This page will summarise the models that exist for Chemical Engineering problems using ASCEND.
- Thermodynamics with ASCEND : consists models dealing with calculating physical property data and phase equilibria.
- models/thermodynamics_example.a4c. : this file includes a range of examples that show how to use ASCEND for thermodynamics calculations with physical property data from the ASCEND 'thermodynamics.a4l' library.
- Vapor-liquid equilibrium : describes how to write models for solutions in vapor-liquid equilibrium using ASCEND.
- VLE examples : models dealing with vapor-liwuid equlibrium.
- Conditional modelling : this page demonstrates the logic of solving problems involving conditional modelling.
- models/heatex.a4cThis example shows how we can represent and solve a conditional model containing differential equations for a heat exchanger using ASCEND conditional solver, CMSlv.
- EnzymeKinetics : consists of models solving Michaelis Menten equations and ODEs.