In This tutorial in inlet stream used Flash Specification is Pressure and Vapor fraction instead of temperature and pressure. But temperature and pressure has given in problem. What is reason behind that to used Pressure and Vapor fraction.
im unable to get vapor mole fraction of benezene as 0.55 instead getting it as 0.5
Does anybody knows why there is a slight difference in the molar flow of vapor also liquid? I got vapor mass flow inlet is 150 mol/s and outlet is 149.521 mol/s while liquid mass flow inlet is 50 mol/s and outlet is 50.4786 mol/s. I knew that this must be related to the thermodynamic model. Can someone explain a bit more detail. Thanks!
Hello Sir/Madam,Can you please brief me about what is override separation temperature in separator and what all parameters gets affected on changing the temperature to 1000C..
As shown in the tutorial assignment, where can i set the Override Separation Temperature and enter its value?
Where do i find the Separator Vessel to be added to flow sheet?
Can you please help in locating the output values of mixer-out stream?
Where do i find the play button to activate the solver after flow sheet is completed?
Where do i find the Mixer to be added to flowsheet?
How do i specify the vapor phase mole fraction for Input 1 as shown in the tutorial? The box to enter the mole fraction is greyed out.
Why do i get warning message when i open the tutorial code files in DWSIM 4.0 and above version?
Where do one find the "Material Stream" object to drag and drop into Flowsheet area?
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Outline:Adding mixer to the flowsheet Adding streams Connecting the material streams Defining single phase and two phase streams Assigning stream properties Carrying out material balance calculations Adding a flash vessel to the flowsheet Repeating all of the above with flash vessel Connecting an energy stream Verifying the results of calculations
Adding mixer to the flowsheet Adding streams Connecting the material streams Defining single phase and two phase streams Assigning stream properties Carrying out material balance calculations Adding a flash vessel to the flowsheet Repeating all of the above with flash vessel Connecting an energy stream Verifying the results of calculations
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