Recent content by Stefan2015
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How to calculate amount of vapor given q(t) and p(t)?
Hi Chet, Answers to your question: - Open container - Container is filled with air - No heat loses - Thermal inertia is not considered Thank you and a happy new year! Stefan- Stefan2015
- Post #5
- Forum: General Engineering
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Fluid circulation around a closed curve
I feel that this is related to Bernoulli's principle. For example check out this video: Bernoulli's principle basically states that a higher velocity of fluid means lower pressure and lower velocity means higher pressure.- Stefan2015
- Post #2
- Forum: General Engineering
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How to calculate amount of vapor given q(t) and p(t)?
You mean temperature and pressure constraints? Ranges of temperature I am looking into: 0-150°C Pressure range: 60 000 - 140 000 Pa (0.06-0.14 MPa)- Stefan2015
- Post #3
- Forum: General Engineering
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How to calculate amount of vapor given q(t) and p(t)?
Hi everybody, I am trying to build a small model which basically should be able output "mass flow of water vapor as a function of time" given following inputs: - initial mass liquid water m_l_0 [kg] - initial temperature of liquid water T_l_0 [°C] - initial pressure p_0 [Pa] - heat added as...- Stefan2015
- Thread
- Boiling point Enthalphy Heat and thermodynamics Pressure Thermodynamics Vapor
- Replies: 4
- Forum: General Engineering