Function COMPRESSION-RATIO

• Defined in theory: Thermal-system
• Source code: thermal-system.ol

Slots on this function:

Documentation:

the compression ratio of the positive displacement machine

Instance-Of: Function, Quantity-function

Arity: 2

Range: Everywhere-continuous-quantity

Other Related Axioms:

(Inherited-Facet-Value 
    Slot-Documentation
    Positive-Displacement-Component
    Compression-Ratio
    The Compression Ratio Of The Positive Displacement Machine)

(Quantity.Dimension (Compression-Ratio ?Self) Dimensionless)

(Inherited-Facet-Value Slot-Cardinality
                       Positive-Displacement-Component
                       Compression-Ratio
                       1)

(Forall (?Self ?Time)
        (=> (Active ?Time Positive-Displacement-Component ?Self)
            (= (Lambda (?T)
                       (If (= ?T ?Time)
                           (Value-At (Compression-Ratio ?Self) ?T)))
               (/ (Lambda (?T)
                          (If (= ?T ?Time)
                              (Value-At (Displacement ?Self) ?T)))
                  (Lambda (?T)
                          (If (= ?T ?Time)
                              (Value-At (Clearance-Volume ?Self) ?T)))))))

(Has-Quantity-Function Positive-Displacement-Component
                       Compression-Ratio)

(Slot-Documentation 
    Positive-Displacement-Component
    Compression-Ratio
    The Compression Ratio Of The Positive Displacement Machine)

(=> (Positive-Displacement-Component ?Self)
    (And (Value-Cardinality ?Self Displacement 1)
         (Quantity.Dimension (Displacement ?Self) Volume-Dimension)
         (Value-Cardinality ?Self Speed 1)
         (Quantity.Dimension (Speed ?Self) Frequency-Dimension)
         (Value-Cardinality ?Self Cycles-Rate 1)
         (Quantity.Dimension (Cycles-Rate ?Self) Frequency-Dimension)
         (Value-Cardinality ?Self Mean-Effective-Pressure 1)
         (Quantity.Dimension (Mean-Effective-Pressure ?Self)
                             Pressure-Dimension)
         (Value-Cardinality ?Self Volumetric-Efficiency 1)
         (Quantity.Dimension (Volumetric-Efficiency ?Self)
                             Dimensionless)
         (Value-Cardinality ?Self Clearance-Volume 1)
         (Quantity.Dimension (Clearance-Volume ?Self) Dimensionless)
         (Value-Cardinality ?Self Compression-Ratio 1)
         (Quantity.Dimension (Compression-Ratio ?Self) Dimensionless)))

(=> (Compression-Ratio $X $Y) (Everywhere-Continuous-Quantity $Y))