What is the conversion factor from gigapoise to pascal second?

1 gigapoise (GP) equals 100,000,000 pascal second (Pa·s).

Why convert from GP to Pa·s?

To express very high dynamic viscosity values in the SI unit, ensuring compatibility across scientific and industrial fields.

Where is gigapoise commonly used?

It is used in rheology of very viscous materials, geophysical modeling, and when handling very large viscosity values in the CGS system.

How to Convert from Gigapoise [GP] to Pascal second [Pa*s]?

Learn how to convert dynamic viscosity units from gigapoise (GP) to pascal second (Pa·s) with clear explanations, examples, and common use cases.

Gigapoise [GP]

Pascal second [Pa*s]

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Gigapoise [GP] to Pascal second [Pa*s] Conversion Table

Gigapoise [GP]	Pascal second [Pa*s]

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Gigapoise [GP] to Pascal second [Pa*s] Conversion Table
Gigapoise [GP]	Pascal second [Pa*s]

Explore More Viscosity Dynamic Units Converter

What Is This Tool?

This tool helps you convert dynamic viscosity measurements from gigapoise (GP), a CGS system multiple, to pascal second (Pa·s), the SI derived unit. It facilitates accurate expression of very high viscosity values for applications in science and industry.

How to Use This Tool?

Enter the value in gigapoise (GP) you want to convert
Select 'gigapoise [GP]' as the input unit
Choose 'pascal second [Pa*s]' as the output unit
Click the convert button to receive the result in Pa·s
Use the output for scientific, industrial, or engineering calculations

Key Features

Converts dynamic viscosity units from gigapoise (GP) to pascal second (Pa·s)
Uses a precise conversion factor based on established definitions
Browser-based and easy to use for professionals and students
Provides practical examples to illustrate conversions
Supports applications in rheology, geophysics, and chemical engineering

Examples

2 GP converts to 200,000,000 Pa·s
0.5 GP converts to 50,000,000 Pa·s

Common Use Cases

Describing the rheology of very viscous materials like cured polymers and bitumen
Modeling geological processes, such as slow rock or ice creep over time
Converting large CGS poise values to SI units for consistency in research and industry
Specifying lubricant viscosity for mechanical components
Quality control of paints, polymer melts, and industrial fluids

Tips & Best Practices

Verify input values carefully to avoid overflow due to the large GP to Pa·s scale
Use the SI unit pascal second for routine fluid mechanics calculations for better standardization
Refer to this conversion when working with very high dynamic viscosity values
Cross-check converted results especially when performing critical engineering assessments

Limitations

Gigapoise values represent extremely large viscosities and can cause numerical overflow
GP unit is uncommon in everyday fluid mechanics due to its impractical scale
Precision loss may occur if calculations are not handled with care
This conversion is primarily useful for specialized applications involving very viscous fluids

Frequently Asked Questions

What is the conversion factor from gigapoise to pascal second?: 1 gigapoise (GP) equals 100,000,000 pascal second (Pa·s).
Why convert from GP to Pa·s?: To express very high dynamic viscosity values in the SI unit, ensuring compatibility across scientific and industrial fields.
Where is gigapoise commonly used?: It is used in rheology of very viscous materials, geophysical modeling, and when handling very large viscosity values in the CGS system.

Key Terminology

Gigapoise (GP): A large multiple of the poise from the CGS system to measure dynamic viscosity; 1 GP equals 10^9 poise or 100,000,000 pascal second.
Pascal second (Pa·s): The SI derived unit of dynamic viscosity representing one pascal of shear stress per unit shear rate; equivalent to 1 N·s/m².
Dynamic viscosity: A property quantifying the shear stress needed to produce a unit shear rate in a fluid.

Quick Knowledge Check

What does 1 gigapoise equal in pascal seconds?

1 Pa·s

100,000,000 Pa·s

10 Pa·s

Which unit is the SI derived unit for dynamic viscosity?

Gigapoise (GP)

Pascal second (Pa·s)

Poise (P)

For what applications is the GP to Pa·s conversion especially useful?

Routine fluid mechanics

Describing extremely viscous fluids

Measuring temperature

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