Ingeania uses consistent units of measurement. The default units used are SI units, i.e. metres (m) for length and kilograms (kg) for mass, with associated derived units. The unit systems shown in the table below are all supported.

PROPERTY | SYSTEM OF UNITS | ||||
---|---|---|---|---|---|

SI | CGS | MPA | BFT | BIN | |

Mass | kg | g | tonne | slug | lbf sec^{2} in^{-1} |

Length | m | cm | mm | ft | in |

Time | s | s | s | sec | sec |

Temperature | K | K | K | °R | °R |

Velocity | m s^{-1} | cm s^{-1} | mm s^{-1} | ft sec^{-1} | in sec^{-1} |

Acceleration | m s^{-2} | cm s^{-2} | mm s^{-2} | ft sec^{-2} | in sec^{-2} |

Force | N | dyn | N | lbf | lbf |

Moment | N m | dyn cm | N mm | ft lbf | in lbf |

Pressure | Pa | Ba | MPa | lbf ft^{-2} | psi |

Density | kg m^{-3} | g cm^{-3} | tonne mm^{-3} | slug ft^{-3} | lbf sec^{2} in^{-4} |

Energy | J | erg | mJ | ft lbf | in lbf |

Heat Flow | W | erg s^{-1} | mW | ft lbf sec^{-1} | in lbf sec^{-1} |

Heat Flux | W m^{-2} | erg s^{-1} cm^{-2} | mW mm^{-2} | ft lbf sec^{-1} ft^{-2} | in lbf sec^{-1} in^{-2} |

Film Coefficient | W m^{-2} K^{-1} | erg s^{-1} cm^{-2} K^{-1} | mW mm^{-2} K^{-1} | ft lbf sec^{-1} ft^{-2} °R^{-1} | in lbf sec^{-1} in^{-2} °R^{-1} |

Heat Generation | W m^{-3} | erg s^{-1} cm^{-3} | mW mm^{-3} | ft lbf sec^{-1} ft^{-3} | in lbf sec^{-1} in^{-3} |

Conductivity | W m^{-1} K^{-1} | erg s^{-1} cm^{-1} K^{-1} | mW mm^{-1} K^{-1} | ft lbf sec^{-1} ft^{-1} °R^{-1} | in lbf sec^{-1} in^{-1} °R^{-1} |

Specific Heat Capacity | J kg^{-1} K^{-1} | erg g^{-1} K^{-1} | mJ tonne^{-1} K^{-1} | ft lbf slug^{-1} °R^{-1} | in lbf lbf^{-1} sec^{-2} in °R^{-1} |

Dynamic Viscosity | Pa s | Ba s | MPa s | lbf ft^{-2} sec | psi sec |