What Is This Tool?
This unit converter allows you to transform pressure measurements from dyne per square centimeter, a CGS unit for small pressures, to kilogram-force per square millimeter, a non-SI unit commonly used in material strength and engineering contexts.
How to Use This Tool?
-
Enter the pressure value in dyne per square centimeter into the input field.
-
Select dyne/cm² as the source unit and kilogram-force per square millimeter as the target unit.
-
Click 'Convert' to get the corresponding pressure in kilogram-force per square millimeter.
-
Review the converted results for application in material testing or engineering requirements.
Key Features
-
Converts units of pressure between dyne/cm² and kgf/mm² accurately using known conversion rates.
-
Supports conversion of legacy CGS pressure units to gravitational metric units for engineering applications.
-
Provides quick and reliable value translation for comparing historical scientific data with modern standards.
-
Browser-based and user-friendly interface facilitating easy input and output of pressure units.
Examples
-
Convert 1 dyne/cm² to kgf/mm² results in approximately 1.0197162129779e-8 kgf/mm².
-
A value of 1,000,000 dyne/cm² converts to about 0.01019716213 kgf/mm².
Common Use Cases
-
Expressing small pressure or mechanical stress values in CGS units for physics research or legacy data analysis.
-
Converting pressures to kilogram-force per square millimeter for reporting tensile or yield strength in materials testing.
-
Interpreting older engineering and materials science literature that uses gravitational metric pressure units.
-
Specifying contact stresses in mechanical components such as fasteners and bearings following material standards.
Tips & Best Practices
-
Understand the scale difference as dyne/cm² measures very small pressures compared to kilogram-force/mm².
-
Use this converter for comparing or integrating historical CGS-based data with contemporary engineering metrics.
-
Verify unit system consistency when working with non-SI gravitational units like kilogram-force per square millimeter.
-
Avoid rounding in initial conversions to maintain accuracy for further engineering calculations.
Limitations
-
Dyne per square centimeter covers very small pressure ranges, resulting in extremely small decimal values after conversion.
-
Kilogram-force per square millimeter is a non-SI unit based on gravitational force, which may not align with SI-based calculations.
-
Care is needed when applying these conversions in high-precision scenarios due to unit system differences.
Frequently Asked Questions
-
What is a dyne per square centimeter?
-
It is a CGS unit of pressure equal to one dyne applied over one square centimeter, often used in physics and legacy scientific fields.
-
What does kilogram-force per square millimeter represent?
-
This unit measures pressure or stress equal to one kilogram-force applied on one square millimeter, commonly used in materials engineering.
-
Why convert dyne/cm² to kgf/mm²?
-
Converting allows comparison of small CGS pressure units with larger gravitational metric units used in modern engineering and materials science.
Key Terminology
-
Dyne per square centimeter
-
A CGS unit of pressure with one dyne force applied over one square centimeter, also known as barye.
-
Kilogram-force per square millimeter
-
A non-SI unit of pressure or stress defined by one kilogram-force applied over one square millimeter.
-
Conversion rate
-
The fixed factor used to convert pressure from dyne/cm² to kgf/mm², approximately 1.0197162129779e-8.