Skip to main content

Young's Modulus of an Element

 

Young's Modulus of an Element
Element Name Element Symbol Young's Modulus  \(GPa\)
Actinium Ac N/A
Aluminum Al 70
Americium Am N/A
Antimony Sb 55
Argon Ar N/A
Arsenic As 8
Astatine At N/A
Barium Ba 13
Berkelium Bk N/A
Beryllium Be 287
Bismuth Bi 32
Bohrium Bh N/A
Boron B N/A
Bromine Br N/A
Cadmium Cd 50
Caesium Cs 1.7
Calcium Ca 1484
Californium Cf N/A
Carbon C 3360
Cerium Ce 34
Chlorine Cl N/A
Chromium Cr 279
Cobalt Co 209
Copper Cu 130
Curium Cm N/A
Darmstadtium Ds N/A
Dubnium Db N/A
Dysprosium Dy 61
Einsteinium Es N/A
Erbium Er 70
Europium Eu 18
Fermium Fm N/A
Fluorine F N/A
Francium Fr N/A
Gadolinium Gd 55
Gallium Ga N/A
Germanium Ge N/A
Gold Au 78
Hafnium Hf 78
Hassium Hs N/A
Helium He N/A
Holmium Ho 32
Hydrogen H N/A
Indium In 11
Iodine I N/A
Iridium Ir 528
Iron Fe 211
Krypton Kr N/A
Lanthanum La 37
Lawrencium Lr N/A
Lead Pb 16
Lithium Li 4.9
Lutetium Lu 67
Magnesium Mg 45
Manganese Mn 198
Meitnerium Mt N/A
Mendelevium Md N/A
Mercury Hg N/A
Molybdenum Mo 329
Neodymium Nd 41
Neon Ne N/A
Neptunium Np N/A
Nickel Ni 200
Niobium Nb 105
Nitrogen N N/A
Nobelium No N/A
Osmium Os N/A
Oxygen O N/A
Palladium Pd 121
Phosphorus P N/A
Platinum Pt 168
Plutonium Pu 96
Polonium Po N/A
Potassium K N/A
Praseodymium Pr 37
Promethium Pm 46
Protactinium Pa N/A
Radium Ra 1737
Radon Rn -61.7
Rhenium Re 463
Rhodium Rh 275
Roentgenium Rg N/A
Rubidium Rb 2.4
Ruthenium Ru 447
Rutherfordium Rf N/A
Samarium Sm 50
Scandium Sc 74
Seaborgium Sg N/A
Selenium Se 10
Silicon Si 47
Silver Ag 85
Sodium Na 10
Strontium Sr N/A
Sulfur S N/A
Tantalum Ta 186
Technetium Tc N/A
Tellurium Te 43
Terbium Tb 56
Thallium Tl 8
Thorium Th 79
Thulium Tm 74
Tin Sn 50
Titanium Ti 116
Tungsten W 411
Ununbium Uub N/A
Ununhexium Uuh N/A
Ununoctium Uuo N/A
Ununpentium Uup N/A
Ununquadium Uuq N/A
Ununseptium Uus N/A
Ununtrium Uut N/A
Uranium U 208
Vanadium V 128
Xenon Xe N/A
Ytterbium Yb 24
Yttrium Y 64
Zinc Zn 108
Zirconium Zr 67
   Element Name     Element Symbol     Young's Modulus  \(GPa\)  

Young's modulus is a material property that describes the stiffness of a material when subjected to deformation.  It is defined as the ratio of stress to strain within the elastic limit.  Different materials have different Young's modulus values, reflecting their varying degrees of stiffness.  For example, metals tend to have high Young's modulus values, indicating that they are stiff and resist deformation under applied stress.  In contrast, materials with lower Young's modulus values are more flexible and deform more easily under stress.

It's important to note that Young's modulus is applicable only within the elastic limit of a material, where deformation is reversible.  Beyond this limit, if the material undergoes plastic deformation, the relationship between stress and strain may change, and the material may not return to its original shape.

Piping Designer Logo 1