SUBROUTINE DEALLOCATE_ARRAYS_CHOKE()
USE CHOKEVARIABLES
implicit none
write(*,*) 'deallocateeeeeeeeeeeee'
!===========================================================================
! AIR PUMP LOSSES INPUT
!===========================================================================
!if(allocated(PIPINGS_AIRPUMP)) deallocate(PIPINGS_AIRPUMP)
DEALLOCATE (AirPumpLine%PIPINGS_AIRPUMP,AirPumpLine%DIAM_AIR_INCH, &
AirPumpLine%Re_air,AirPumpLine%AREA_AIR,AirPumpLine%LENGT_AIR,AirPumpLine%ROUGHNESS_AIRPLINE,AirPumpLine%REL_ROUGHAIR, &
AirPumpLine%fric_air,AirPumpLine%fricloss_air)
!================================================================
DEALLOCATE (AirPumpLine%MINORS_AIRPUMP,AirPumpLine%MINORDIAM_AIR_INCH, &
AirPumpLine%MINORAREA_AIR,AirPumpLine%LF_AIR,AirPumpLine%CV_AIR,AirPumpLine%NOTE_AIR &
,AirPumpLine%minlosspa_air,AirPumpLine%minloss_air)
END
SUBROUTINE LOSS_INPUTS_CHOKE()
USE CHOKEVARIABLES
implicit none
Integer I
!===========================================================================
! AIR PUMP LOSSES INPUT
!===========================================================================
AirPumpLine%NO_PIPINGS_AIRPLINE=1
ALLOCATE (AirPumpLine%PIPINGS_AIRPUMP(AirPumpLine%NO_PIPINGS_AIRPLINE,3))
! ID(INCH) L(MM) ROUGHNESS(MM)=e DESCRIPTION
AirPumpLine%PIPINGS_AIRPUMP(1,1:3)= (/0.5, 60960., 0.03/) !Avg.acc.distance
!60960= 200 ft
ALLOCATE (AirPumpLine%DIAM_AIR_INCH(AirPumpLine%NO_PIPINGS_AIRPLINE),AirPumpLine%Re_air(AirPumpLine%NO_PIPINGS_AIRPLINE),AirPumpLine%AREA_AIR(AirPumpLine%NO_PIPINGS_AIRPLINE), &
AirPumpLine%LENGT_AIR(AirPumpLine%NO_PIPINGS_AIRPLINE),AirPumpLine%ROUGHNESS_AIRPLINE(AirPumpLine%NO_PIPINGS_AIRPLINE),AirPumpLine%REL_ROUGHAIR(AirPumpLine%NO_PIPINGS_AIRPLINE), &
AirPumpLine%fric_air(AirPumpLine%NO_PIPINGS_AIRPLINE),AirPumpLine%fricloss_air(AirPumpLine%NO_PIPINGS_AIRPLINE))
DO I=1,AirPumpLine%NO_PIPINGS_AIRPLINE
AirPumpLine%DIAM_AIR_INCH(I)=AirPumpLine%PIPINGS_AIRPUMP(I,1)
AirPumpLine%LENGT_AIR(I)=AirPumpLine%PIPINGS_AIRPUMP(I,2)
AirPumpLine%ROUGHNESS_AIRPLINE(I)=AirPumpLine%PIPINGS_AIRPUMP(I,3)
AirPumpLine%AREA_AIR(I)=PI*(AirPumpLine%DIAM_AIR_INCH(I)*0.0254)**2/4 !D(in), AREA(m)
AirPumpLine%REL_ROUGHAIR(I)=AirPumpLine%ROUGHNESS_AIRPLINE(I)/(AirPumpLine%DIAM_AIR_INCH(I)*25.4)
!DIAM_RAMLINE_MM(I)=DIAM_RAMLINE_MM(I)*.001 ! (m)
AirPumpLine%LENGT_AIR(I)=AirPumpLine%LENGT_AIR(I)*.001 ! (m)
ENDDO
!================================================================
AirPumpLine%NO_MINORS_AIRPLINE=6
ALLOCATE (AirPumpLine%MINORS_AIRPUMP(AirPumpLine%NO_MINORS_AIRPLINE,4))
! ID(INCH) LF CV NOTE(BAR) DESCRIPTION
AirPumpLine%MINORS_AIRPUMP(1,1:4)= (/2., 10., 0., 0./) !Acc.tee
AirPumpLine%MINORS_AIRPUMP(2,1:4)= (/2., 11., 0., 0./) !elbow
AirPumpLine%MINORS_AIRPUMP(3,1:4)= (/1., 0., 0., 3.4/) !filter
AirPumpLine%MINORS_AIRPUMP(4,1:4)= (/2., 0., 105., 0./) !valve
AirPumpLine%MINORS_AIRPUMP(5,1:4)= (/1., 0., 9.2, 0./) !valve
AirPumpLine%MINORS_AIRPUMP(6,1:4)= (/2., 6.4, 0., 0./) !unionA
ALLOCATE (AirPumpLine%MINORDIAM_AIR_INCH(AirPumpLine%NO_MINORS_AIRPLINE),AirPumpLine%MINORAREA_AIR(AirPumpLine%NO_MINORS_AIRPLINE), &
AirPumpLine%LF_AIR(AirPumpLine%NO_MINORS_AIRPLINE),AirPumpLine%CV_AIR(AirPumpLine%NO_MINORS_AIRPLINE),AirPumpLine%NOTE_AIR(AirPumpLine%NO_MINORS_AIRPLINE) &
,AirPumpLine%minlosspa_air(AirPumpLine%NO_MINORS_AIRPLINE),AirPumpLine%minloss_air(AirPumpLine%NO_MINORS_AIRPLINE))
DO I=1,AirPumpLine%NO_MINORS_AIRPLINE
AirPumpLine%MINORDIAM_AIR_INCH(I)=AirPumpLine%MINORS_AIRPUMP(I,1)
AirPumpLine%LF_AIR(I)=AirPumpLine%MINORS_AIRPUMP(I,2)
AirPumpLine%CV_AIR(I)=AirPumpLine%MINORS_AIRPUMP(I,3)
AirPumpLine%NOTE_AIR(I)=AirPumpLine%MINORS_AIRPUMP(I,4)
AirPumpLine%MINORAREA_AIR(I)=PI*(AirPumpLine%MINORDIAM_AIR_INCH(I)*0.0254)**2/4. !D(in), AREA(m)
ENDDO
END
! SUBROUTINE PIPE_RAMS_CHOKE(CHNUMBER)
! USE CHOKEVARIABLES
! Use CSimulationVariables
! implicit none
! INTEGER CHNUMBER
! Integer I
! loop3: do while (ABS(ChokeControlPanel%ChokeControlLever)==1.0 .AND. ChokeControlPanel%ChokePanelRigAirSwitch == 1 .AND. CHOOKE(CHNUMBER)%FailMalf==0 .AND. AirDrivenPump%ChokeAirFail==0)
! if (ChokeControlPanel%ChokeControlLever == 1.0) then
! CHOOKE(CHNUMBER)%ChokeIsClosing = .true.
! CHOOKE(CHNUMBER)%ChokeIsOpening = .false.
! endif
! if (ChokeControlPanel%ChokeControlLever == -1.0) then
! CHOOKE(CHNUMBER)%ChokeIsOpening = .true.
! CHOOKE(CHNUMBER)%ChokeIsClosing = .false.
! endif
! AirPumpLine%TIME=AirPumpLine%TIME+AirPumpLine%DeltaT_Choke !overal time (s)
! call airpump_code_CHOKE(CHNUMBER)
! call sleepqq(100)
! if (IsStopped == .true.) return
! end do loop3 !while finished_Choke==0
! end
SUBROUTINE airpump_code_CHOKE(CHNUMBER)
USE CHOKEVARIABLES
USE CChokeManifoldVariables
use CSounds
USE CChokeProblemsVariables
implicit none
Integer I
INTEGER CHNUMBER
AirDrivenPump%QAIR_PUMP=AirPumpLine%QITER+.1 !(gpm) maximum flow for the start
AirPumpLine%diffp_air=-10
AirPumpLine%losses_air=10
!===================================================================
! AIR OPERATED PUMP
! MODEL 10-6000W030 RATIO 55:1
!=================for air consumption at 100 psig===================
do while (AirPumpLine%diffp_air<0)
AirDrivenPump%QAIR_PUMP=AirDrivenPump%QAIR_PUMP-.1
! Qup=AirDrivenPump%QAIR_PUMP;
!cc1 = 1354; cc2 = -2066; cc3 = -2109; cc4 = -513.6; cc5 = 5935 FOR OUTPUT IN GPM
AirPumpLine%P_AIRP=AirDrivenPump%cc1*(AirDrivenPump%QAIR_PUMP**4) + AirDrivenPump%cc2*(AirDrivenPump%QAIR_PUMP**3) + AirDrivenPump%cc3*(AirDrivenPump%QAIR_PUMP**2) + AirDrivenPump%cc4*AirDrivenPump%QAIR_PUMP + AirDrivenPump%cc5 !(psig)
! kinetic_air=sg*wdens*(QAIR_PUMP*6.30902e-5/((1/4.)*pi*(2*0.254e-1)**2))**2/(2*6895) !(psi)
AirPumpLine%diffp_air= AirPumpLine%P_AIRP - AirPumpLine%Pdownstrem
end do !returns Qup
do while (abs((AirPumpLine%diffp_air-AirPumpLine%losses_air)/AirPumpLine%diffp_air)>AirPumpLine%TOL_AIR) !finding correct QAIR_pump for 1 timecounter_ram
if (AirPumpLine%diffp_air-AirPumpLine%losses_air>0) then
AirDrivenPump%QAIR_PUMP=AirDrivenPump%QAIR_PUMP+.005
else
AirDrivenPump%QAIR_PUMP=AirDrivenPump%QAIR_PUMP-.005
endif
!===================================================================
! AIR OPERATED PUMP
! MODEL 10-6000W030 RATIO 55:1
!=================for air consumption at 100 psig===================
AirPumpLine%P_AIRP=AirDrivenPump%cc1*(AirDrivenPump%QAIR_PUMP**4) + AirDrivenPump%cc2*(AirDrivenPump%QAIR_PUMP**3) + AirDrivenPump%cc3*(AirDrivenPump%QAIR_PUMP**2) + AirDrivenPump%cc4*AirDrivenPump%QAIR_PUMP + AirDrivenPump%cc5 !(psig)
!kinetic_air=sg*wdens*(QAIR_PUMP*6.30902e-005/((1/4.)*pi*(2*0.254e-1)**2))**2/(2*6895) !(psi)
AirPumpLine%diffp_air= AirPumpLine%P_AIRP - AirPumpLine%Pdownstrem
!===========================LOSSES====================================
do i=1,AirPumpLine%NO_PIPINGS_AIRPLINE
AirPumpLine%Re_air(i)=AirDrivenPump%QAIR_PUMP*6.30902e-005*AirPumpLine%DIAM_AIR_INCH(I)*0.0254/(AirPumpLine%AREA_AIR(i)*nu)
enddo
do i=1,AirPumpLine%NO_PIPINGS_AIRPLINE
if (AirPumpLine%Re_air(i)<Re_cr) then
AirPumpLine%fric_air(i)=64/AirPumpLine%Re_air(i)
else
AirPumpLine%fric_air(i)=1/(-1.8*log10((AirPumpLine%REL_ROUGHAIR(i)/3.7)**1.11+6.9/AirPumpLine%Re_air(i)))**2
endif
AirPumpLine%fricloss_air(i)=((AirPumpLine%fric_air(i)*(wdens*sg*AirPumpLine%LENGT_AIR(i)*(AirDrivenPump%QAIR_PUMP*6.30902e-005/AirPumpLine%AREA_AIR(i))**2))/(2*AirPumpLine%DIAM_AIR_INCH(I)*0.0254))/6895
enddo
AirPumpLine%pipe_loss1air=sum(AirPumpLine%fricloss_air) !loss before regulator(psi)
do i=1,AirPumpLine%NO_MINORS_AIRPLINE
if (AirPumpLine%LF_AIR(i)/=0) then
AirPumpLine%minlosspa_air(i)=AirPumpLine%LF_AIR(i)*wdens*sg*(AirDrivenPump%QAIR_PUMP*6.30902e-005/AirPumpLine%MINORAREA_AIR(i))**2/2 !(Pa)
AirPumpLine%minloss_air(i)=AirPumpLine%minlosspa_air(i)/6895 !(psi)
elseif (AirPumpLine%CV_AIR(i)/=0) then
AirPumpLine%minlosspa_air(i)=1000*sg*((11.7*AirDrivenPump%QAIR_PUMP*6.30902e-005*3600)/(AirPumpLine%CV_AIR(i)))**2 !(pa)
AirPumpLine%minloss_air(i)=AirPumpLine%minlosspa_air(i)/6895 !(psi)
else
AirPumpLine%minlosspa_air(i)=AirPumpLine%NOTE_AIR(i)*1e5 !(pa)
AirPumpLine%minloss_air(i)=AirPumpLine%minlosspa_air(i)/6895 !(psi)
endif
enddo
AirPumpLine%minor_loss1air=sum(AirPumpLine%minloss_air) !loss before regulator(psi)
AirPumpLine%static_loss1air=0
AirPumpLine%losses_air=AirPumpLine%pipe_loss1air+AirPumpLine%minor_loss1air+AirPumpLine%static_loss1air !(psi)
!=========================================================================
end do !returns correct QAIR_PUMP for 1 counter
AirPumpLine%QITER=AirDrivenPump%QAIR_PUMP
AirDrivenPump%QAIR_PUMP=AirDrivenPump%QAIR_PUMP*(ChokeControlPanel%ChokeRateControlKnob/10.) ! final Q (gpm)
Choke%Cumulative_AirVolume_Choke= Choke%Cumulative_AirVolume_Choke + ((AirDrivenPump%QAIR_PUMP * AirPumpLine%DeltaT_Choke / 60.0 ) / (1.5*0.004329004) ) ! =strokes
if ( Choke%Cumulative_AirVolume_Choke > 1.0 ) then
Choke%SoundChokePump= 60
Choke%Cumulative_AirVolume_Choke= Choke%Cumulative_AirVolume_Choke - 1.0
else
Choke%SoundChokePump= 0.0
endif
AirPumpLine%DELTAV_AIR=AirDrivenPump%QAIR_PUMP*AirPumpLine%DeltaT_Choke/60 !(galon) delta_t=1sec , Q(gpm)
if (CHOOKE(CHNUMBER)%ChokeIsClosing) CHOOKE(CHNUMBER)%PassedCourse=CHOOKE(CHNUMBER)%PassedCourse + (AirPumpLine%DELTAV_AIR*3785.412/AirPumpLine%Acylinder)!*(ChokeRateControlKnob/10.) ! 3785.412 : GALON TO CM^3
if (CHOOKE(CHNUMBER)%ChokeIsOpening) CHOOKE(CHNUMBER)%PassedCourse=CHOOKE(CHNUMBER)%PassedCourse - (AirPumpLine%DELTAV_AIR*3785.412/AirPumpLine%Acylinder)!*(ChokeRateControlKnob/10.)
!DeltaT_Choke= 1sec or 2sec
!((((((((IN OUTER LOOP))))))
!===============AIR PUMP OUTPUTS=========================
AirPumpLine%alpha_timeair=AirPumpLine%TIME ! overal time (s)
AirPumpLine%alpha_Pdownstrem=AirPumpLine%Pdownstrem
AirPumpLine%alpha_pairp=AirPumpLine%P_AIRP
AirPumpLine%alpha_Qair=AirDrivenPump%QAIR_PUMP
!write(*,*) 'diffp_air=',diffp_air
!pause
AirPumpLine%alpha_diffpair=AirPumpLine%diffp_air
AirPumpLine%alpha_lossesair=AirPumpLine%losses_air
!========================================================
!OPEN(150,FILE='CHOKE_AIRPUMP_OUTPUTS.DAT')
if (CHOOKE(CHNUMBER)%ChokeIsClosing .AND. CHOOKE(CHNUMBER)%PassedCourse>AirPumpLine%CourseBase) then
CHOOKE(CHNUMBER)%PassedCourse=AirPumpLine%CourseBase
Choke%SoundChokePump= 0.0
endif
if (CHOOKE(CHNUMBER)%ChokeIsOpening .AND. CHOOKE(CHNUMBER)%PassedCourse<0.) then
CHOOKE(CHNUMBER)%PassedCourse=0.
Choke%SoundChokePump= 0.0
endif
call SetSoundChokePump(Choke%SoundChokePump)
CHOOKE(CHNUMBER)%PercentClose= CHOOKE(CHNUMBER)%PassedCourse/AirPumpLine%CourseBase
IF (ChokeControlPanel%Choke1LED==1) THEN
ChokeControlPanel%ChokePosition= (1 - Choke%GaugeChokePositionMailf) * CHOOKE(1)%PercentClose*10
ELSE ! Choke2LED==1
ChokeControlPanel%ChokePosition= (1 - Choke%GaugeChokePositionMailf) * CHOOKE(2)%PercentClose*10
ENDIF
!CALL SetHydraulicChock1(nint(MIN(CHOOKE(1)%PercentClose / 0.91 , 1.0)*100))
! CALL SetHydraulicChock2(nint(MIN(CHOOKE(2)%PercentClose / 0.91 , 1.0)*100))
! .91 >> 9 percent clearance
! =================== calculating Area
! AreaChoke=0.5
! .91 >> 9 percent clearance
CHOOKE(1)%AreaChoke=0.01334635-(0.01334635* MIN(CHOOKE(1)%PercentClose / 0.91 , 1.0)) !ft^2 0.01334635 is ChokeAreaFullyOpen (ft^2)
CHOOKE(2)%AreaChoke=0.01334635-(0.01334635* MIN(CHOOKE(2)%PercentClose/ 0.91 , 1.0)) !ft^2
Choke%HydraulicChoke1WashoutCoef= Choke%HydraulicChoke1WashoutCoef * CHOOKE(1)%WashoutMalf
Choke%HydraulicChoke1WashoutCoef= MIN( 0.5 , Choke%HydraulicChoke1WashoutCoef+ CHOOKE(1)%WashoutMalf*(0.5/(60.0/AirPumpLine%DeltaT_Choke)) ) ! 0.5=maximum washout coef , 60.0 sec= 1min duration time
Choke%HydraulicChoke2WashoutCoef= Choke%HydraulicChoke2WashoutCoef * CHOOKE(2)%WashoutMalf
Choke%HydraulicChoke2WashoutCoef= MIN( 0.5 , Choke%HydraulicChoke2WashoutCoef+ CHOOKE(2)%WashoutMalf*(0.5/(60.0/AirPumpLine%DeltaT_Choke)) ) ! 0.5=maximum washout coef , 60.0 sec= 1min duration time
!write(*,*) 'HydraulicChoke1WashoutCoef=' , HydraulicChoke1WashoutCoef
IF (CHOOKE(1)%PlugMalf == 1) THEN
Choke%Present_HydraulicChoke1Plug= Choke%Present_HydraulicChoke1Plug * CHOOKE(1)%PlugMalf
! integer: HydraulicChoke1PluggedPercent,HydraulicChoke1PluggedPercent_Old,PlugTimeCounter,ChokePlugTimeDelay
! real: Present_HydraulicChoke1Plug,DeltaPlug1Percent
!write(*,*) 'HydraulicChoke1PluggedPercent=' , HydraulicChoke1PluggedPercent
if ( (ChokeProblems%HydraulicChoke1PluggedPercent - Choke%HydraulicChoke1PluggedPercent_Old) /= 0) then
Choke%DeltaPlug1Percent = (REAL(ChokeProblems%HydraulicChoke1PluggedPercent)/100.) - Choke%Present_HydraulicChoke1Plug
Choke%Plug1TimeCounter = 0
!write(*,*) 'DeltaPlug1Percent, Present_HydraulicChoke1Plug = ' ,DeltaPlug1Percent , Present_HydraulicChoke1Plug
endif
Choke%Plug1TimeCounter= Choke%Plug1TimeCounter + 1
Choke%HydraulicChoke1PluggedPercent_Old= ChokeProblems%HydraulicChoke1PluggedPercent
if (Choke%Plug1TimeCounter <= Choke%ChokePlugTimeDelay) then !ChokePlugTimeDelay=600
Choke%Present_HydraulicChoke1Plug = Choke%Present_HydraulicChoke1Plug + CHOOKE(1)%PlugMalf* ((Choke%DeltaPlug1Percent / real(Choke%ChokePlugTimeDelay))) ! real(ChokePlugTimeDelay)= 600.0
endif
!write(*,*) 'Present_HydraulicChoke1Plug=' , Present_HydraulicChoke1Plug
ENDIF
IF (CHOOKE(2)%PlugMalf == 1) THEN
Choke%Present_HydraulicChoke2Plug= Choke%Present_HydraulicChoke2Plug * CHOOKE(2)%PlugMalf
! integer: HydraulicChoke2PluggedPercent,HydraulicChoke2PluggedPercent_Old,PlugTimeCounter,ChokePlugTimeDelay
! real: Present_HydraulicChoke2Plug,DeltaPlug2Percent
if ( (ChokeProblems%HydraulicChoke2PluggedPercent - Choke%HydraulicChoke2PluggedPercent_Old) /= 0 ) then
Choke%DeltaPlug2Percent = (REAL(ChokeProblems%HydraulicChoke2PluggedPercent)/100.) - Choke%Present_HydraulicChoke2Plug
Choke%Plug2TimeCounter = 0
endif
Choke%Plug2TimeCounter= Choke%Plug2TimeCounter + 1
Choke%HydraulicChoke2PluggedPercent_Old= ChokeProblems%HydraulicChoke2PluggedPercent
if (Choke%Plug2TimeCounter <= Choke%ChokePlugTimeDelay) then !ChokePlugTimeDelay=600
Choke%Present_HydraulicChoke2Plug = Choke%Present_HydraulicChoke2Plug + CHOOKE(2)%PlugMalf *((Choke%DeltaPlug2Percent / real(Choke%ChokePlugTimeDelay))) ! real(ChokePlugTimeDelay)= 600.0
endif
ENDIF
! fully open area is 123/64 in^2 = 0.01334635 ft^2
CHOOKE(1)%AreaChoke=CHOOKE(1)%AreaChoke+(CHOOKE(1)%WashoutMalf*Choke%HydraulicChoke1WashoutCoef*Choke%ChokeAreaFullyOpen/144.0) ! Initialised in Choke Startup
!write(*,*) 'CHOOKE(1)%WashoutMalf , CHOOKE(1)%AreaChoke=' ,CHOOKE(1)%WashoutMalf , CHOOKE(1)%AreaChoke
CHOOKE(1)%AreaChoke=CHOOKE(1)%AreaChoke-(CHOOKE(1)%PlugMalf* Choke%Present_HydraulicChoke1Plug *CHOOKE(1)%AreaChoke) ! Initialised in Choke Startup
CHOOKE(2)%AreaChoke=CHOOKE(2)%AreaChoke+(CHOOKE(2)%WashoutMalf*Choke%HydraulicChoke2WashoutCoef*Choke%ChokeAreaFullyOpen/144.0) ! Initialised in Choke Startup
CHOOKE(2)%AreaChoke=CHOOKE(2)%AreaChoke-(CHOOKE(2)%PlugMalf* Choke%Present_HydraulicChoke2Plug *CHOOKE(2)%AreaChoke) ! Initialised in Choke Startup
!write(*,*) 'CHOOKE(2)%WashoutMalf , CHOOKE(2)%AreaChoke=' ,CHOOKE(2)%WashoutMalf , CHOOKE(2)%AreaChoke
CHOOKE(1)%AreaChokeFinal= CHOOKE(1)%AreaChoke
CHOOKE(2)%AreaChokeFinal= CHOOKE(2)%AreaChoke
! 144: ft^2 to in^2
CALL SetHydraulicChock1(100 - nint((CHOOKE(1)%AreaChokeFinal/(Choke%ChokeAreaFullyOpen/144.))*100)) ! for manifold valve
CALL SetHydraulicChock2(100 - nint((CHOOKE(2)%AreaChokeFinal/(Choke%ChokeAreaFullyOpen/144.))*100)) ! for manifold valve
!write(*,*) 'CHOOKE(1)%PercentClose=' , CHOOKE(1)%PercentClose ! close percent 0 to 100
!write(*,*) 'ChokePosition=' , ChokePosition ! close position 0 to 10 for display
!write(*,*) 'CHOOKE(1)%AreaChokeFinal=' , CHOOKE(1)%AreaChokeFinal ! Open Area (in^2) with clearance
!write(*,*) '(ChokeAreaFullyOpen/144.)=' , (ChokeAreaFullyOpen/144.)
!write(*,*) 'valve value=' , 100 - nint((CHOOKE(1)%AreaChokeFinal/(ChokeAreaFullyOpen/144.))*100) ! percent close 0 to 100 with clearance
!write(*,*) 'Valve(33)%Status=' , Valve(33)%Status ! T : open , F: close
! =================== calculating Area
!write(*,*) 'CHOOKE(1)%AreaChoke= ' , CHOOKE(1)%AreaChoke
!WRITE(150,50) alpha_timeair,alpha_Qair,alpha_pairp, &
!alpha_Pdownstrem,alpha_diffpair,alpha_lossesair,CHOOKE(CHNUMBER)%PassedCourse
!50 FORMAT(7(f15.5))
!========================================================================================
!========================================================================================
! write(*,*) PassedCourse
end