kilopound per square inch (ksi) | torr (torr) |
---|---|
0 | 0 |
1 | 51714.95287779 |
2 | 103429.90575558 |
3 | 155144.85863337 |
4 | 206859.81151116 |
5 | 258574.76438895 |
6 | 310289.71726674 |
7 | 362004.67014453 |
8 | 413719.62302232 |
9 | 465434.57590011 |
10 | 517149.5287779 |
20 | 1034299.0575558 |
30 | 1551448.5863337 |
40 | 2068598.1151116 |
50 | 2585747.6438895 |
60 | 3102897.1726674 |
70 | 3620046.7014453 |
80 | 4137196.2302232 |
90 | 4654345.7590011 |
100 | 5171495.287779 |
1000 | 51714952.87779 |
Converting kilopound per square inch (ksi) to torr involves understanding the relationship between these two pressure units. This section will guide you through the conversion process, provide real-world examples, and touch on related concepts.
The key to converting between ksi and torr is the conversion factor. One kilopound per square inch is equal to approximately 6894.76 torr.
To convert from ksi to torr, you multiply the pressure value in ksi by the conversion factor.
Example: Convert 1 ksi to torr
Therefore, 1 ksi is approximately equal to 6894.76 torr.
To convert from torr to ksi, you divide the pressure value in torr by the conversion factor, or multiply by the inverse of the conversion factor.
Example: Convert 1 torr to ksi
Therefore, 1 torr is approximately equal to 0.000145 ksi.
Here are some real-world examples where you might need to convert between ksi and torr:
Material Testing: In material science, the tensile strength of materials is often measured in ksi. When analyzing vacuum systems used in conjunction with material testing equipment, it may be necessary to convert these values to torr to ensure compatibility with vacuum pump specifications.
Semiconductor Manufacturing: Semiconductor manufacturing involves various processes that occur under vacuum conditions, and equipment often operate based on torr while material strenght is measured in ksi. For example, thin film deposition uses a vacuum chamber with pressures measured in torr, while the material being deposited needs to withstand amount of pressure measured in ksi. Converting ksi to torr is important to ensure the machinery being manufactured is working correctly.
HVAC Systems: While not direct conversions, understanding pressure differences is vital in HVAC. Although HVAC systems don't typically deal with pressures as high as ksi, understanding the relationships and pressure changes in different systems is vital for efficient operation.
While converting between ksi and torr may seem like a simple unit conversion, it's rooted in fundamental principles of physics, particularly Pascal's Law. Pascal's Law states that pressure applied to a fluid in a closed container is transmitted equally to every point of the fluid and the walls of the container. This principle is why pressure can be expressed in various units, and why conversion between these units is possible. Pascal's law - Wikipedia
See below section for step by step unit conversion with formulas and explanations. Please refer to the table below for a list of all the torr to other unit conversions.
Kilopound per square inch (ksi) is a unit of pressure commonly used in engineering, especially in North America. It represents a high amount of pressure, making it suitable for measuring the strength of materials.
Ksi stands for "kilopound per square inch." It's a unit of pressure defined as 1,000 pounds of force applied per square inch of area.
The unit is derived from the combination of two units:
Kilopound (kip): A unit of force equal to 1,000 pounds-force (lbf).
Square Inch (in²): A unit of area equal to the area of a square with sides of 1 inch.
Kilopound per square inch can be converted to other common units of pressure:
Ksi is frequently used in material science and structural engineering to express the yield strength and tensile strength of materials like steel, concrete, and aluminum.
While there isn't a specific law or person directly associated with the invention of ksi, its usage is deeply rooted in engineering practices developed throughout the 20th century. The adoption of ksi reflects a practical approach to dealing with large pressure values in material testing and structural design. Figures like Stephen Timoshenko, a pioneer in engineering mechanics, indirectly influenced the widespread use of such units through their work on material strength and structural analysis.
Torr is a unit of pressure measurement commonly used in vacuum applications. Let's delve into its definition, origin, and relevance.
The torr is a unit of pressure defined as 1/760 of standard atmospheric pressure. In other words, 760 torr is approximately equal to one atmosphere (atm).
It is also nearly equal to one millimeter of mercury (mmHg). More precisely:
The torr is named after Italian physicist and mathematician Evangelista Torricelli (1608–1647), who invented the barometer in 1643. Torricelli's experiment demonstrated that air pressure could support a column of mercury, paving the way for pressure measurement.
The pascal (Pa) is the SI unit of pressure. The relationship between torr and pascal is as follows:
Therefore, to convert from torr to pascals, you can use the formula:
Torr is commonly used in fields that involve vacuum systems, such as:
Convert 1 ksi to other units | Result |
---|---|
kilopound per square inch to pascals (ksi to Pa) | 6894760.0004501 |
kilopound per square inch to kilopascals (ksi to kPa) | 6894.7600004501 |
kilopound per square inch to megapascals (ksi to MPa) | 6.8947600004501 |
kilopound per square inch to hectopascals (ksi to hPa) | 68947.600004501 |
kilopound per square inch to millibar (ksi to mbar) | 68947.600004501 |
kilopound per square inch to bar (ksi to bar) | 68.947600004501 |
kilopound per square inch to torr (ksi to torr) | 51714.95287779 |
kilopound per square inch to meters of water @ 4°C (ksi to mH2O) | 703.06985570507 |
kilopound per square inch to millimeters of mercury (ksi to mmHg) | 51715.095786518 |
kilopound per square inch to pounds per square inch (ksi to psi) | 1000 |
kilopound per square inch to Inches of mercury (ksi to inHg) | 2036.0212886386 |