What Is This Tool?
This unit converter transforms dynamic viscosity values expressed in dyne second per square centimeter (dyne·s/cm²), the cgs unit equivalent to one poise, to pound per foot per hour, an imperial unit commonly used in US engineering and industrial contexts.
How to Use This Tool?
-
Enter the dynamic viscosity value in dyne second/sq. centimeter
-
Select dyne second/sq. centimeter as the input unit
-
Choose pound/foot/hour [lb/(ft*h)] as the output unit
-
Click the convert button to see the viscosity in pound/foot/hour
-
Use the converted value for engineering or laboratory documentation
Key Features
-
Converts from dyne second/sq. centimeter to pound/foot/hour accurately
-
Handles dynamic viscosity units used in both cgs and imperial systems
-
Provides easy translation between laboratory research units and engineering measurements
-
Browser-based tool, requiring no installation or specific software
-
Suitable for applications in rheology, mechanical engineering, and fluid mechanics
Examples
-
1 dyne second/sq. centimeter equals approximately 241.91 pound/foot/hour
-
0.5 dyne second/sq. centimeter converts to about 120.95 pound/foot/hour
Common Use Cases
-
Reporting lubricant viscosity in legacy US customary data sheets
-
Converting polymer melt viscosity data from cgs to imperial units
-
Engineering calculations for piping or rotating machinery using imperial units
-
Documentation of fuel or industrial liquid viscosity in regional standards
-
Rheology studies involving biological fluids with unit conversion needs
Tips & Best Practices
-
Ensure units are consistent when entering input values to avoid errors
-
Double-check converted results when precision is critical
-
Understand that time units differ between dyne second/sq. centimeter and pound/foot/hour
-
Use rounded results for general applications, but keep full precision for technical calculations
-
Verify unit conversions when integrating data from different industries
Limitations
-
Pound/foot/hour uses hours for time, while dyne second/sq. centimeter uses seconds, affecting direct comparability
-
Precision can be influenced by rounding, especially for detailed engineering work
-
This conversion is specific to dynamic viscosity and may not apply to other property units
-
Users must consider unit consistency due to differing measurement systems
Frequently Asked Questions
-
What does dyne second per square centimeter measure?
-
It measures dynamic viscosity based on the cgs system, quantifying the shear stress needed to produce unit shear rate in a fluid.
-
Why convert dyne second/sq. centimeter to pound/foot/hour?
-
To translate viscosity measurements from cgs units used in laboratories to imperial units often required in US engineering and legacy documentation.
-
Can rounding affect the accuracy of this conversion?
-
Yes, excessive rounding may impact precision, which is important in detailed technical applications.
Key Terminology
-
Dyne second/sq. centimeter
-
A cgs unit of dynamic viscosity equal to one poise, commonly used in laboratory and rheology measurements.
-
Pound/foot/hour [lb/(ft*h)]
-
An imperial engineering unit expressing dynamic viscosity as force times time per unit area with hours as the time component.
-
Dynamic Viscosity
-
A measure of a fluid’s internal resistance to flow, relating shear stress to shear rate.