calculand - Elastic modulus (E), Young's modulus
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Impressum/Contact
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Critical angle of total reflection
Density ρ of gases
Density ρ of liquids
Density ρ of solids
Elastic modulus (E), Young's modulus
Electrochemical equivalent
Galvanic (electropotential) series
Heat conductivity
Lower heating value of gases
Lower heating value of liquids
Lower heating value of solids
Poisson's ratio
Specific conductance
Specific resistance
Speed of sound in media
Van der Waals radius
Elastic modulus (E), Young's modulus in N/mm²
aN/m² - Attonewton per square metre
aPa - Attopascal
bar - Bar
Ba, b - Barye
cmHg - Centimetre of mercury
cmH₂O - Centimetre of water
cN/m² - Centinewton per square metre
cPa - Centipascal
daN/m² - Decanewton per square metre
daPa - Decapascal
dN/m² - Decinewton per square metre
dPa - Decipascal
°M/s, °McM/s - Degree MacMichael per second
dyn/cm² - Dyne per square centimetre
dyn/m² - Dyne per square metre
EN/m² - Exanewton per square metre
EPa - Exapascal
fN/m² - Femtonewton per square metre
fPa - Femtopascal
GN/m² - Giganewton per square metre
GPa - Gigapascal
g/cm s² - Gram per centimetre second squared
hN/m² - Hectonewton per square metre
hPa - Hectopascal
inHg - Inch of mercury
inH₂O - Inch of water
J/m³ - Joule per cubic metre
kg/m s² - Kilogram per metre second squared
kN/m² - Kilonewton per square metre
kPa - Kilopascal
kp/cm² - Kilopond per square centimetre
kp/dm² - Kilopond per square decimetre
kp/m² - Kilopond per square metre
kp/mm² - Kilopond per square millimetre
L/h - Langmuir per hour
L/s - Langmuir per second
MN/m² - Meganewton per square metre
MPa - Megapascal
mHg - Metre of mercury
mH₂O - Metre of water
µmHg - Micrometre of mercury
micron, µmHg - Micron
µN/m² - Micronewton per square metre
µPa - Micropascal
mbar - Millibar
mmHg - Millimetre of mercury
mmH₂O - Millimetre of water
mN/m² - Millinewton per square metre
mPa - Millipascal
mTorr - Millitorr
nN/m² - Nanonewton per square metre
nPa - Nanopascal
N/D - Newton per darcy
N/ha - Newton per hectare
N/cm² - Newton per square centimetre
N/dm² - Newton per square decimetre
N/ft² - Newton per square foot
N/in² - Newton per square inch
N/km² - Newton per square kilometre
N/m² - Newton per square metre
N/mm² - Newton per square millimetre
Pa - Pascal
PN/m² - Petanewton per square metre
PPa - Petapascal
pN/m² - Piconewton per square metre
pPa - Picopascal
pz - Pièze
p(P) - Planck pressure
P/s - Poise per second
Pl/s - Poiseuille per second
p/m² - Pond per square metre
lb/ft s² - Pound per foot second squared
lb/in s² - Pound per inch second squared
lb/m s² - Pound per metre second squared
psf, lbf/ft², lbf/sq. ft. - Pound per square foot (Pound-force per square foot)
psi, lbf/in², lbf/sq. in. - Pound-force per square inch (Pound per square inch)
lbf/m² - Pound-force per square metre
pdl/ft², pdl/sq. ft. - Poundal per square foot
pdl/in², pdl/sq. in. - Poundal per square inch
pdl/m² - Poundal per square metre
Reyn/s - Reyn per second
atm - Standard atmosphere
at - Technical atmosphere
TN/m² - Teranewton per square metre
TPa - Terapascal
Torr - Torr
yN/m² - Yoctonewton per square metre
yPa - Yoctopascal
YN/m² - Yottanewton per square metre
YPa - Yottapascal
zN/m² - Zeptonewton per square metre
zPa - Zeptopascal
ZN/m² - Zettanewton per square metre
ZPa - Zettapascal
ABS (Acrylonitrile butadiene styrene)
2300
Aluminium
72000
Antimony
55000
Arsenic (grey)
8000
Barium
12800
Beryllium
320000
Boron
441000
Brass
100000
Cadmium
50000
Caesium
1470
Chromium
280000
Cobalt
208000
Concrete
15000
Copper
115000
Gallium
9800
Germanium
80000
Glass
60000
Indium
11000
Iron
210000
Lead
17000
Lithium
4900
Magnesium
44000
Manganese
195000
Molybdenum
18.2
Molybdenum
326000
Nickel
200000
Niobium
105000
PLA (Polylactic acid)
3500
Palladium
121000
Phosphorus
31000
Rhodium
380000
Rubber
5
Rubidium
2300
Ruthenium
447000
Silicon
160000
Silver
83000
Sodium
9500
Steel
210000
Strontium
16000
Sulfur
18000
Technetium
400000
Tellurium
43000
Tin
50000
Titanium
115000
Vanadium
125000
Wood
7000
Yttrium
64000
Zinc
100000
Zirconium
90000
© 2010 - 2024 Norbert Schneider
