Gigastokes to Stokes Conversion

Convert between Gigastokes and Stokes quickly and accurately.

GSt
St

How to Convert Gigastokes to Stokes

Conversion Formula

1 GSt = 1000000000 St
1 St = 1E-9 GSt

Example

Convert 15 GSt to St:

15 GSt = 15 × 1000000000 St = 15000000000 St

Unit Information

Learn about the viscosity - kinematic units you're converting between

Gigastokes

GSt

Definition

The gigastokes is a large unit of kinematic viscosity, representing 10^9 stokes. It is used for measuring the kinematic viscosity of very viscous materials in specialized applications.

History/Origin

This unit was created by applying the giga- prefix to the stokes, providing a scale for measuring very high kinematic viscosities in scientific and engineering contexts.

Current Use

Used in specialized applications where materials have very high kinematic viscosities, such as certain polymers, geological materials, and extremely thick fluids.

Multiplier

100000

Offset

0

Stokes

St

Definition

The stokes is a unit of kinematic viscosity in the CGS system, named after George Gabriel Stokes. It represents the ratio of dynamic viscosity to density and is widely used in scientific and engineering applications for measuring fluid flow characteristics.

History/Origin

Named after George Gabriel Stokes, a British mathematician and physicist who made significant contributions to fluid dynamics. The stokes was the standard unit of kinematic viscosity in the CGS system and is still widely used in many industries.

Current Use

Extensively used in the petroleum industry, chemical engineering, and fluid mechanics for measuring the kinematic viscosity of oils, polymers, and other fluids. It is often more convenient than the square meter per second for practical applications.

Multiplier

0

Offset

0

Gigastokes to Stokes Conversion Table

Gigastokes [GSt] Stokes [St]
1 GSt 1000000000 St
10 GSt 10000000000 St
25 GSt 25000000000 St
50 GSt 50000000000 St
100 GSt 100000000000 St
0 GSt 0E+0 St
-10 GSt -10000000000 St
-40 GSt -40000000000 St