| Unit | daPa s |
|---|---|
| Name | decapascal second |
| Category | Dynamic Viscosity |
| Details | In the field of fluid mechanics, dynamic viscosity is a crucial property that describes a fluid's resistance to flow or deformation. It is characterized by the measure of the internal resistance of a fluid to its flow or deformation due to an applied force or a shear stress. The decapascal second (daPa⋅s) is a unit used to represent dynamic viscosity. It is a derived SI unit (International System of Units) composed of a base unit (pascal) and a time unit (second). A decapascal is equivalent to 10 pascals (Pa), which are the SI units of pressure (also used for stress in mechanical contexts). So, in terms of units: 1 daPa⋅s = 10 Pa⋅s To understand the meaning of this unit, let's break it down: - Pascal (Pa) is a unit of pressure (stress) indicating how much force is applied across an area (Force per unit area: N/m²). - Second (s) is a unit of time. When we combine these units, we get the dynamic viscosity unit, Pa⋅s or in this case, daPa⋅s, which describes the fluid's resistance to flow when a force is applied for a certain time period. A fluid with a dynamic viscosity of 1 daPa⋅s would mean that a shear stress of 10 Pa would require 1 second to cause a unit change in the deformation rate (relative velocity) of the fluid. In summary, the decapascal second (daPa⋅s) is a unit that quantifies dynamic viscosity in fluid mechanics, describing the resistance of a fluid to shear stress or force applied over a certain time period. |
daPa s(decapascal second) to aP(attopoise)daPa s(decapascal second) to aPa s(attopascal second)daPa s(decapascal second) to cP(centipoise)daPa s(decapascal second) to cPa s(centipascal second)daPa s(decapascal second) to daP(decapoise)daPa s(decapascal second) to dP(decipoise)daPa s(decapascal second) to dPa s(decipascal second)daPa s(decapascal second) to EP(exapoise)daPa s(decapascal second) to EPa s(exapascal second)daPa s(decapascal second) to fP(femtopoise)daPa s(decapascal second) to fPa s(femtopascal second)daPa s(decapascal second) to GP(gigapoise)daPa s(decapascal second) to GPa s(gigapascal second)daPa s(decapascal second) to hP(hectopoise)daPa s(decapascal second) to hPa s(hectopascal second)daPa s(decapascal second) to kP(kilopoise)daPa s(decapascal second) to kPa s(kilopascal second)daPa s(decapascal second) to MP(megapoise)daPa s(decapascal second) to mP(millipoise)daPa s(decapascal second) to MPa s(megapascal second)daPa s(decapascal second) to mPa s(millipascal second)daPa s(decapascal second) to nP(nanopoise)daPa s(decapascal second) to nPa s(nanopascal second)daPa s(decapascal second) to P(poise)daPa s(decapascal second) to Pa s(pascal second)daPa s(decapascal second) to PP(petapoise)daPa s(decapascal second) to pP(picopoise)daPa s(decapascal second) to PPa s(petapascal second)daPa s(decapascal second) to pPa s(picopascal second)daPa s(decapascal second) to TP(terapoise)daPa s(decapascal second) to TPa s(terapascal second)daPa s(decapascal second) to yP(yoctopoise)daPa s(decapascal second) to YP(yottapoise)daPa s(decapascal second) to yPa s(yoctopascal second)daPa s(decapascal second) to YPa s(yottapascal second)daPa s(decapascal second) to zP(zeptopoise)daPa s(decapascal second) to ZP(zettapoise)daPa s(decapascal second) to zPa s(zeptopascal second)daPa s(decapascal second) to ZPa s(zettapascal second)daPa s(decapascal second) to µP(micropoise)daPa s(decapascal second) to µPa s(micropascal second)