- #1
Kapopadu
- 1
- 0
Hello everybody,
I have the following problem:
I have a fuel tank, with a liquid phase (the fuel) and gas phase at To and P0, where T is temperature and P pressure. I assume that the gas phase at the instant t=t0 is air.
(Is this assumption correct?)
The temperature of the liquid phase varies over the time with a certain profile from T0 to Tend.
The fuel due to the increasing of the temperature evaporates with a certain law (most probably unknown).
How can I calculate the equilibrium pressure between the two phases according to the temperature changes over the time?
Thanks in advance,
K
I have the following problem:
I have a fuel tank, with a liquid phase (the fuel) and gas phase at To and P0, where T is temperature and P pressure. I assume that the gas phase at the instant t=t0 is air.
(Is this assumption correct?)
The temperature of the liquid phase varies over the time with a certain profile from T0 to Tend.
The fuel due to the increasing of the temperature evaporates with a certain law (most probably unknown).
How can I calculate the equilibrium pressure between the two phases according to the temperature changes over the time?
Thanks in advance,
K