Pound-force square foot To Atmosphere technical Converter

Effortlessly Convert PSF to AT with Our Precise Tool

Discover the ease of converting pound-force per square foot (psf) to atmosphere technical (at) with Newtum's accurate and user-friendly converter. Dive into the world of precise unit conversion!

What are Pound-force square foot and Atmosphere technical

Pound-force per square foot (psf) is a unit of pressure representing the force of one pound-force applied to an area of one square foot. In the field of engineering, particularly in the United States, psf is commonly used to measure pressures and loads on surfaces, such as wind loads on building exteriors or the stress on structural components.

Atmosphere technical (at) is a non-SI unit of pressure that is slightly less than the standard atmosphere unit. It is defined as the pressure exerted by a 10-meter column of water at 4 degrees Celsius (or the equivalent force per unit area). This unit is primarily used in engineering and industrial applications to measure fluid pressures and stresses.

History of Pound-force square foot and Atmosphere technical

A brief history of the Pound-force per Square Foot (psf) to Atmosphere Technical (at) converter traces back to the need for standardized units in engineering and scientific applications. The development of this tool has simplified the process of converting between the units that gauge pressure in different contexts, bridging a critical gap in measurements.

How to use Pound-force square foot to Atmosphere technical Converter

• Enter the value in Pound-force per Square Foot (psf).
• Click on the 'Convert' button.
• View the converted value in Atmosphere Technical (at).
• Copy or save the conversion result for future reference.

Real Life Applications of Pound-force square foot to Atmosphere technical

Unlock the potential applications of the psf to at converter tool and explore how it simplifies complex calculations in various industries.

• Designing HVAC systems by converting psf to at for accurate pressure settings.
• Calculating the stress on submarine hulls by converting the external water pressure from psf to at.

Solved Examples psf to at

Example 1:
15 psf to at:
15 psf = 15 × 0.00047 at = 0.00705 at

Example 2:
120 psf to at:
120 psf = 120 × 0.00047 at = 0.0564 at