### Some articles on *dimensionless*:

Similitude (model) - Typical Applications

... See also List of

... See also List of

**dimensionless**numbers Similitude has been well documented for a large number of engineering problems and is the basis of many textbook formulas and**dimensionless**... Some common applications of similitude and associated**dimensionless**numbers Incompressible flow (see example above)– Reynolds number, Pressure coefficient, (Froude number and Weber number for open channel hydraulics ...Examples of Physical Coefficients

... Coefficient of thermal expansion (thermodynamics) (

... Coefficient of thermal expansion (thermodynamics) (

**dimensionless**) - Relates the change in temperature to the change in a material's dimensions ... Lift coefficient (CL or CZ) (aerodynamics) (**dimensionless**) - Relates the lift generated by an airfoil with the dynamic pressure of the fluid flow around the ... Transmission coefficient (quantum mechanics) (**dimensionless**) - Represents the probability flux of a transmitted wave relative to that of an incident wave ...Activity (chemistry) - Definition - Activity Coefficient

... The activity coefficient γ, which is also a

... The activity coefficient γ, which is also a

**dimensionless**quantity, relates the activity to a measured amount fraction xi, molality bi or amount concentration ci The division by the standard molality bo or the ... these cases, the activity can be substituted with the appropriate**dimensionless**measure of composition xi, mi/mo or ci/co ...Maxwell Material - Dynamic Modulus

... Blue curve

... Blue curve

**dimensionless**elastic modulus Pink curve**dimensionless**modulus of losses Yellow curve**dimensionless**apparent viscosity X-axis**dimensionless**frequency ...Keq - Types of Equilibrium Constants - Gas Phase Equilibria

... so it must be divided by a standard pressure, usually 1 bar, in order to produce a

... so it must be divided by a standard pressure, usually 1 bar, in order to produce a

**dimensionless**quantity, f / p ... An equilibrium constant is expressed in terms of the**dimensionless**quantity ... example, for the equilibrium 2NO2 N2O4, Fugacity is related to partial pressure, p, by a**dimensionless**fugacity coefficient ϕ f = ϕ p ...Main Site Subjects

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