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.

See Article - Young's Modulus

Young's Modulus of an Element