******************************************* **Shell Energy Source Viscous Dissipation** ******************************************* :: Shell Energy Source Viscous Dissipation = {model_name} ----------------------- **Description / Usage** ----------------------- This card activates a heat source (or sink, as it were) in the shell_energy equation resulting from viscous dissipation due to shear combined Couette and pressure-driven flow in the Reynolds lubrication equation (lubp equation). +--------------------------+-------------------------------------------------------------------------------------+ |**LUBRICATION** |This model invokes a viscous dissipation model simplified for the lubrication | | |approximation. | | | | | | * - Scale factor for the term, typically taken as 1.0 | +--------------------------+-------------------------------------------------------------------------------------+ |**LUBRICATION_FRICTION** |This model invokes the same viscous dissipation source term as in the LUBRICATION | | |model, but adds on an additional linear friction model of the form μ*Pload vslider. | | |Commensurately there are seven floats required: | | | | | | * - coefficient of friction, μ. | | | * - Applied external load Pload | +--------------------------+-------------------------------------------------------------------------------------+ ------------ **Examples** ------------ Following is a sample card: :: Shell Energy Source Viscous Dissipation= LUBRICATION_FRICTION {load=5e8} {coeff=0.9} -------------- **References** -------------- No References.