4-stroke CI engine

Simulation of a 4-stroke CI engine.

Collaboration diagram for 4-stroke CI engine:

Author

Per Rundtop

Warning

This implementation must be verified, at least with the provided input file

<Contents>
  <OBJECTS>
    <Lib LibName="maritime"
           SimObject="CIEngine"
           ModParFilename="../../../examples/input/engine/CIParameters.xml"
           Name="CI"
        />
    <Lib LibName="base"
        SimObject="Src/Step"
        Name="Step1"
        StartValue="5000"
        StopValue="11500"
        StartTime="35"
        StopTime="60"/>
    <Lib LibName="base"
        SimObject="Src/Step"
        Name="Step2"
        StartValue="13.33"
        StopValue="20"
        StartTime="20"
        StopTime="80"/>
 
  </OBJECTS>
  <INTERCONNECTIONS>
    <Connection
        CI.M_load="Step1.Out"
        CI.N_eng_SP="Step2.Out"
        CI.pInM_SP="2.5e5"
        CI.MinLambda_SP="1.5"
  />
  </INTERCONNECTIONS>
  <INITIALIZATION>
  <!-- sfdsffsf sf sfd sfd sfd s-->
    <InitialCondition
        CI.p_InM="1e5"
        CI.p_ExM="1e5"
        CI.N_eng="1"
        CI.N_TC="100"
        CI.PI_N_eng="1e-3"
        CI.PI_Lambda="2e-3"
        CI.PI_WG="1"
     />
  </INITIALIZATION>
 
  <SIMULATION>
    <Timing TStart="0" TEnd="80"/>
    <Integrator Method="RK45_i">
      <StepControl Step="1e-4" StepMax="100" StepMin="0.000001" AbsTol="1e-7" RelTol="1e-7"/>
    </Integrator>
  </SIMULATION>
 
  <OBSERVERS>
    <FileOutput TOutput="0, 0:0.1:80, 80" Select="objects:all"/>
  </OBSERVERS>
</Contents>

This SimObject is referred to as CIEngine