Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
couple output of transport of species physics to mixture model physics
Posted 8 avr. 2014, 15:20 UTC−4 1 Reply
Please login with a confirmed email address before reporting spam
HI,
I wanted to see if anyone can guide me on how to use the output from transport of diluted species as an input to the mixture model physics.
I have 3 species undergoing a simple chemical reaction A+B->C that is solved using the transport of diluted species. I get an output of product C. The units are in mass concentration (mol/m^3).
The mixture model laminar interface lets you define dispersed volume fraction. So I convert my mass concentration from the transport physics to volume concentration and I get a conversion constant.
Lets say, cC is mass concentration obtained from transport of diluted species
cS is the dispersed volume fraction in mixture interface
The relationship between them is cS=2.9*cC. I want to use that as input to my inlet node in the mixture interface. How do I couple them?
I am attaching the model and the excel sheet calculations as well a screenshot of the Species C output that I am trying to model in mixture interface.
Please help/guide.
I wanted to see if anyone can guide me on how to use the output from transport of diluted species as an input to the mixture model physics.
I have 3 species undergoing a simple chemical reaction A+B->C that is solved using the transport of diluted species. I get an output of product C. The units are in mass concentration (mol/m^3).
The mixture model laminar interface lets you define dispersed volume fraction. So I convert my mass concentration from the transport physics to volume concentration and I get a conversion constant.
Lets say, cC is mass concentration obtained from transport of diluted species
cS is the dispersed volume fraction in mixture interface
The relationship between them is cS=2.9*cC. I want to use that as input to my inlet node in the mixture interface. How do I couple them?
I am attaching the model and the excel sheet calculations as well a screenshot of the Species C output that I am trying to model in mixture interface.
Please help/guide.
Attachments:
1 Reply Last Post 24 avr. 2014, 10:40 UTC−4
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
Anyone please guide.
Thanks,
Romani
Thanks,
Romani
HI,
I wanted to see if anyone can guide me on how to use the output from transport of diluted species as an input to the mixture model physics.
I have 3 species undergoing a simple chemical reaction A+B->C that is solved using the transport of diluted species. I get an output of product C. The units are in mass concentration (mol/m^3).
The mixture model laminar interface lets you define dispersed volume fraction. So I convert my mass concentration from the transport physics to volume concentration and I get a conversion constant.
Lets say, cC is mass concentration obtained from transport of diluted species
cS is the dispersed volume fraction in mixture interface
The relationship between them is cS=2.9*cC. I want to use that as input to my inlet node in the mixture interface. How do I couple them?
I am attaching the model and the excel sheet calculations as well a screenshot of the Species C output that I am trying to model in mixture interface.
Please help/guide.