COMPONENTS

GasFlowValve(; name)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.

• EQUATIONS:

  \[ \] \[ \]

ThermoHeatTransfer(; name, ΔP = 0.0)

• DESCRIPTION:

  Thermodynamic heat transfer element
  pins
  @named p = ThermoPin()
  @named n = ThermoPin()
  @named q = HeatTransferPin()
  states
  st = @variables Q̇(t) = 0.0 C(t) = 5192
  parameters
  ps = @parameters ΔP = ΔP

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `ΔP = 0.0`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

FlowControlThermoHeatTransfer(; name, ΔP = 0.0, Tout = 773.0)

• DESCRIPTION:

  FlowControlThermoHeatTransfer(; name, ΔP = 0.0, Tout)
  Ability to change mass flow rate to achieve desired outlet temperature
  Heat transfer element with the ability to control flow rate to achieve a desired outlet temperature
  @named p = ThermoPin()
  @named n = ThermoPin()
  @named q = HeatTransferPin()
  st = @variables Q̇(t) = 0.0 C(t) = 5192 ṁ(t) = 1.0
  ps = @parameters ΔP = ΔP Tout = Tout

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `ΔP = 0.0`: DESCRIPTION
  • - `Tout = 773.0`: DESCRIPTION

• EQUATIONS:

  \[ n.T = Tout\] \[ p.ṁ = q.Q̇ / ((n.T - p.T) * p.cp) \] \[ 0 = p.ṁ + n.ṁ \] \[ q.Q̇ = p.Φ + n.Φ \] \[ C = p.ṁ * p.cp \] \[ 0 = q.Q̇ - Q̇\] \[ n.P = p.P - ΔP\] \[ \]

FixedThermoHeatTransfer(; name, Qin = 1.0e6)

• DESCRIPTION:

  Heat element with constant heat rate.
  st = @variables C(t) = 5192
  ps = @parameters Q̇ = Qin

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `Qin = 1.0e6`: DESCRIPTION

• EQUATIONS:

  \[ 0 = p.ṁ + n.ṁ \] \[ q.Q̇ = p.Φ + n.Φ \] \[ C = p.ṁ * p.cp \] \[ 0 = q.Q̇ - Q̇\] \[ n.T = p.T + Q̇ / C\] \[ n.P = p.P\] \[ \]

ActiveThermoCompressor(; name, η = 1.0, rp = 3.5)

• DESCRIPTION:

  Compressor element that controls the outlet port
  @named p = ThermoPin()
  @named n = ThermoPin()
  @named w = WorkPin()
  ps = @parameters rp = rp η = η

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `η = 1.0`: Isentropic Effecience
  • `rp = 3.5`: Compression Ratio

• EQUATIONS:

  \[ 0 = p.ṁ + n.ṁ \] \[ n.P = p.P * rp\] \[ n.T = p.T * ((1.0 - η - (rp^((p.k - 1) / p.k))) / (-η))\] \[ w.Ẇ = p.ṁ * p.cp * (n.T - p.T)\] \[ w.Ẇ = p.Φ + n.Φ\] \[ \]

PassiveThermoCompressor(; name, η = 1.0)

• DESCRIPTION:

  Compressor element that operates between externally controlled pressure nodes.
  @named p = ThermoPin()
  @named n = ThermoPin()
  @named w = WorkPin()
  ps = @parameters η = η

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `η = 1.0`: Isentropic Effecience

• EQUATIONS:

  \[ 0 = p.ṁ + n.ṁ \] \[ n.T = p.T * ((1.0 - η - ((n.P / p.P)^((p.k - 1) / p.k))) / (-η))\] \[ w.Ẇ = p.ṁ * p.cp * (n.T - p.T)\] \[ w.Ẇ = p.Φ + n.Φ\] \[ \] \[ \]

ActiveThermoTurbine(; name, η = 1.0, rp = 3.5)

• DESCRIPTION:

  @named p = ThermoPin(Pdef = 80, Tdef = 800)
  @named n = ThermoPin(Pdef = 80 / 3.5, Tdef = 500)
  @named w = WorkPin()
  ps = @parameters rp = rp η = η

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `η = 1.0`: Isentropic Effecience
  • `rp = 3.5`: Compression Ratio

• EQUATIONS:

  \[ 0 = p.ṁ + n.ṁ \] \[ p.P = n.P * rp\] \[ n.T =\] \[ p.T * (η + rp^((p.k - 1) / p.k) - η * (rp^((p.k - 1) / p.k))) /\] \[ (rp^((p.k - 1) / p.k))\] \[ w.Ẇ = p.ṁ * p.cp * (n.T - p.T)\] \[ w.Ẇ = p.Φ + n.Φ\] \[ \]

PassiveThermoTurbine(; name, η = 1.0)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `η = 1.0`: Isentropic Effecience

• EQUATIONS:

  \[ 0 = p.ṁ + n.ṁ \] \[ p.P = n.P * rp\] \[ n.T = p.T * (η + rp^((p.k - 1) / p.k) - η * (rp^((p.k - 1) / p.k))) /(rp^((p.k - 1) / p.k))\] \[ w.Ẇ = p.ṁ * p.cp * (n.T - p.T)\] \[ w.Ẇ = p.Φ + n.Φ\] \[ \]

IdealCooler(; name)

• DESCRIPTION:

  @named p = ThermoPin()
  @named n = ThermoPin()
  @named q = HeatTransferPin()
  sts = @variables Q̇(t) = 0.0

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.

• EQUATIONS:

  \[ q.Q̇ = p.Φ + n.Φ \] \[ 0 = p.ṁ + n.ṁ\] \[ n.P = p.P \] \[ q.Q̇ = p.ṁ * p.cp * (n.T - p.T)\] \[ Q̇ = q.Q̇\] \[ \]

PassiveElement(; name)

• DESCRIPTION:

  @named p = ThermoPin()
  @named n = ThermoPin()
  sts = @variables Q̇(t) = 0.0 ΔP(t) = 0.0 ΔT(t) = 0.0 Δṁ(t) = 0.0

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.

• EQUATIONS:

  \[ n.ṁ + p.ṁ = Δṁ \] \[ ΔT = p.T - n.T\] \[ Q̇ = -(p.ṁ * p.cp * ΔT)\] \[ ΔP = p.P - n.P\] \[ Q̇ = p.Φ + n.Φ \] \[ \]

ReliefElement(; name)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.

• EQUATIONS:

  \[ \] \[ \]

throttle(; name)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.

• EQUATIONS:

  \[ \] \[ \]

Regenerator(; name, ϵ = 0.95)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `ϵ = 0.95`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

Intercooler(; name, Tout = 300)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `Tout = 300`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

PINS

ThermoPin(; name, Pdef = 10.0, Tdef = 300, ṁdef = 0.0)

• DESCRIPTION:

  @variables P(t) = Pdef [unit = u"bar"]
  @variables ṁ(t) = ṁdef [unit = u"kg/s"]
  @variables T(t) = Tdef [unit = u"K"]
  @variables Φ(t) = 1.0
  @variables cp(t) = 5192
  @variables k(t) = 1.667
  sts = [T, P, ṁ, cp, k, Φ]

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `Pdef = 10.0`: DESCRIPTION
  • - `Tdef = 300`: DESCRIPTION
  • - `ṁdef = 0.0`: DESCRIPTION

• EQUATIONS:

  \[ cp = c_p(T)\] \[ k = \gamma(T)\] \[ \]

SOURCES

GasFlowSource(; name, Ṁ = 1.0)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `Ṁ = 1.0`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

ThermoHeatSource(; name, Qin = 1.0e6)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `Qin = 1.0e6`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

UTILITYS

SetPressure(; name, P = 0.1)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `P = 0.1`: DESCRIPTION

• EQUATIONS:

  \[ \] \[ \]

SetTemperature(; name, T = 300)

• DESCRIPTION:

  Constant Pressure Source

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `T = 300`: Temperature (K)

• EQUATIONS:

  \[ \] \[ \]

SinglePortReservoir(; name, P = 0.1, T = 300)

• DESCRIPTION:

  Single port flow energy ground element
  @named n = ThermoPin(Pdef = P, Tdef = T)
  ps = @parameters P = P T = T

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `P = 0.1`: DESCRIPTION
  • - `T = 300`: Temperature (K)

• EQUATIONS:

  \[ n.P = P\] \[ n.T = T\] \[ n.Φ = 0\] \[ \] \[ \]

TwoPortReservoir(; name, P = 0.1, T = 300)

• DESCRIPTION:

• INPUTS:

  • - `name`: Name of the system, symbol. Or use the @named macro when initializing.
  • - `P = 0.1`: DESCRIPTION
  • - `T = 300`: Temperature (K)

• EQUATIONS:

  \[ \] \[ \]