![]() |
Pressure Units: Atmosphere (standard)
Home |
Directory |
Career |
News |
Industrial
|
|
|
|
Glossary » Units » Pressure » Atmosphere (standard)
Atmosphere (standard) (atm) is a unit in the category of Pressure. It is also known as atmospheres. This unit is commonly used in the INT unit system. Atmosphere (standard) (atm) has a dimension of ML-1T-2 where M is mass, L is length, and T is time. It can be converted to the corresponding standard SI unit Pa by multiplying its value by a factor of 101325.
Note that the seven base dimensions are M (Mass), L (Length), T (Time), Q (Temperature), N (Aamount of Substance), I (Electric Current), and J (Luminous Intensity).
Other units in the category of Pressure include Atmosphere (metric) (at), Bar (bar), Barad (barad), Barye, CentiHg (0°C), Centimeter of Mercury (0°C) (cmHg (0 °C)), Centimeter of Water (4°C) (cmH2O), Dyne Per Square Centimeter (dyn/cm2), Foot of Water (4°C) (ft H2O), Gigapascal (GPa), Hectopascal (hPa), Inch of Mercury (0°C) (inHg (0 °C)), Inch of Mercury (15.56°C) (inHg (15.56 °C)), Inch of Water (15.56°C) (inH2O (15.56 °C)), Inch of Water (4°C) (inH2O (4 °C)), Kilogram Force Per Square Centimeter (kgf/cm2), Kilogram Force Per Square Decimeter (kgf/dm2), Kilogram Force Per Square Meter (kgf/m2), Kilogram Force Per Square Millimeter (kgf/mm2), Kilopascal (kPa), Kilopound Force Per Square Inch (kip/in2, ksi, KSI), Megapascal (MPa), Meter of Water (15.56°C) (mH2O, mCE (15.56 °C)), Meter of Water (4°C) (mH2O, mCE (4 °C)), Microbar (barye, Barrie) (µbar), Micron of Mercury (millitorr) (µHg (0 °C)), Millibar (mbar), Millimeter of Mercury (0°C) (mmHg, torr, Torr (0 °C)), Millimeter of Water (15.56°C) (mmH2O, mmCE (15.56 °C)), Millimeter of Water (4°C) (mmH2O, mmCE (4 °C)), Millitorr (mtorr), Newton Per Square Meter (N/m2), Ounce Force (av.) Per Square Inch (ozf/in2, osi), Pascal (Pa, N/m2), Pound Force Per Square Foot (lbf/ft2), Pound Force Per Square Inch (psi, PSI, lbf/in2), Poundal Per Square Foot (pdl/ft2), Poundal Per Square Inch (pdl/in2), Standard Atmosphere (atm), Ton Force (long) Per Square Foot (tonf/ft2 (UK)), Ton Force (long) Per Square Inch (tonf/in2 (UK)), Ton Force (metric) Per Square Centimeter (tonf/cm2 (metric)), Ton Force (metric) Per Square Meter (tonf/m2 (metric)), Ton Force (short) Per Square Foot (tonf/ft2 (US)), Ton Force (short) Per Square Inch (tonf/in2 (US)), and Torr (torr). Additional Information
N/A
Related Pages
eFunda: Thermal Unit Category
British thermal unit (IT) per foot per hour per Fahrenheit degree ... British thermal unit (IT)-inch per square foot per second per Fahrenheit degree ...
Unified Screw Threads, Standard Series
Unified Screw Threads, Standard Series. ... b For uncoated hot-rolled, but not standard fasteners with cold rolled threads ...
Standard Steel and Aluminum Beams
Database of geometric properties of standard and beams with common cross sections.
eFunda: Glossary: Units: Pressure: Millitorr
eFunda Glossary for Units, Category:Pressure, Unit name: Millitorr, Unit Symbol: mtorr.
Heat Treatments: Hardening: Diffusion Treatments
This is done by exposing the part to a Carbon rich atmosphere at an elevated ... The parts are then cleaned and heated in a furnace in an atmosphere of ...
eFunda: Glossary: Units: Pressure: Kilopascal
eFunda Glossary for Units, Category:Pressure, Unit name: Kilopascal, Unit Symbol
eFunda: Glossary: Units: Amount of Substance: Standard Cubic Foot
eFunda Glossary for Units, Category:Amount of Substance, Unit name: Standard Cubic Foot, Unit Symbol: SCF, ft^3 (60 deg F, 1 atm)
eFunda: Glossary: Units: Mass: Atomic Unit of Mass (12C)
eFunda Glossary for Units, Category:Mass, Unit name: Atomic Unit of Mass (12C), Unit Symbol: u, uma, Da(^12C), AMU.
Pipe Friction Calculation for Fluid Flow in a Pipe
Calculate the pressure loss in pipes; includes pipe friction. ... Wall drag and changes in height lead to pressure drops in pipe fluid flow. ...
eFunda: Comparisons between Polymers (Plastics) and Metals and ...
Plastics tend to degrade or denature (due to heat) rather than corrode within a typical atmosphere. Of course, chemical degradation can occur when reactive ...
|
||||||||