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Chemical composition

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Ag (Silver), %

Al (Aluminium), %

Al + Mg (Aluminium + Magnesium), %

As (Arsenic), %

Au (Gold), %

B (Bor), %

Ba (Barium), %

Be (Beryllium), %

Bi (Bismuth), %

C (Carbon), %

Ca (Calcium), %

Cd (Cadmium), %

Ce (Cerium), %

Cl (Chlorine), %

Co (Cobalt), %

Cr (Chrome), %

Cu (Copper), %

Cu + P (Copper + Phosphorus), %

Cu+Ag (Copper+Silver), %

Dy (Dysprosium), %

Er (Erbium), %

Eu (Europium), %

F (Fluorine), %

Fe (Iron), %

Ga (Gallium), %

Gd (Gadolinium), %

Ge (Germanium), %

H (Hydrogen), %

Hf (Hafnium), %

Hg (Mercury), %

Ho (Holmium), %

In (Indium), %

Ir (Iridium), %

La (Lanthanum), %

Li (Li), %

Lu (Lutetium), %

Mg (Magnesium), %

Mn (Manganese), %

Mo (Molybdenum), %

N (Nitrogen), %

Na (Sodium), %

Nb (Niobium), %

Nd (Neodymium), %

Ni (Nickel), %

Ni + Co (Nickel + Cobalt), %

O (Oxygen), %

Os (Osmium), %

Oxide Th (Thorium Oxide), %

P (Phosphorus), %

Pb (Lead), %

Pb+Cd (Lead + Cadmium), %

Pd (Palladium), %

Pm (Promethium), %

Pr (Praseodymium), %

Pt (Platinum), %

Re (Rhenium), %

Rh (Rhodium), %

Ru (Ruthenium), %

S (Sulfur), %

Sb (Antimony), %

Sc (Scandium), %

Se (Selenium), %

Si (Silicon), %

Sm (Samarium), %

Sn (Tin), %

Sr (Strontium), %

Ta (Tantalum), %

TaC (Tantalum carbide), %

Tb (Terbium), %

Te (Tellurium), %

Th (Thorium), %

Ti (Titan), %

Ti + Cr + Zr (Titanium + Chrome + Zirconia), %

TiC (Titanium carbide), %

Tl (Thallium), %

Tm (Thulium), %

U (Uranus), %

V (Vanadium), %

W (Tungsten), %

WC (Wolfram carbide), %

Y (Yttrium), %

Yb (Ytterbium), %

Zn (Zinc), %

Zr (Zirconium), %

Zr+Hf, %

РЗЭ (Rare earth elements), %
Physical characteristics

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$$E\cdot 10^{9}$$ (Elastic modulus), $$MPa$$

$$\alpha\cdot 10^{6}$$ (Coefficient of thermal (linear) expansion (range 20°C–T)), $$K^{-1}$$

$$\varkappa$$ (Coefficient of thermal conductivity (the heat capacity of the material)), $$\frac{W}{m\cdot K}$$

$$\rho$$ (The density of the material), $$\frac{kg}{m^3}$$

$$c\cdot 10^{-3}$$ (The specific heat of the material (range 20°C–T)), $$\frac{J}{kg\cdot K}$$

$$R\cdot 10^{-6}$$ (Electrical resistivity), $$\Omega\cdot m$$
Mechanical properties

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$$\sigma_{Y}$$ (Yield strength), $$MPa$$

$$\sigma_{0.2}$$ (Tensile stress required to produce a total elongation of 0.2%), $$MPa$$

$$\sigma_{0.5}$$ (Tensile stress required to produce a total elongation of 0.5%), $$MPa$$

$$S_{e}$$ (Endurance limit), $$MPa$$

$$\sigma _{U}$$ (Ultimate tensile strength), $$MPa$$

$$\sigma_{P}$$ (Proportionality limit), $$MPa$$

$$\epsilon_L$$ (Elongation at break (longitudinal)), %

$$\epsilon_{L (L_0 = 80 mm)}$$ (Elongation at break (longitudinal) (for L₀ = 80 mm)), %

$$\epsilon_{L (L_0 = 5.65\sqrt{S_o})}$$ (Elongation at break (longitudinal) (for L₀ = 5.65√So)), %

$$\epsilon_T$$ (Elongation at break (transverse)), %

$$\epsilon_{T (L_0 = 80 mm)}$$ (Elongation at break (transverse) (for L₀ = 80 mm)), %

$$\epsilon_{T (L_0 = 5.65\sqrt{S_o})}$$ (Elongation at break (transverse) (for L₀ = 5.65√So)), %

$$\epsilon_P$$ (Elongation at break (parallel)), %

$$\epsilon_{P (L_0 = 80 mm)}$$ (Elongation at break (parallel) (for L₀ = 80 mm)), %

$$\epsilon_{P (L_0 = 5.65\sqrt{S_o})}$$ (Elongation at break (parallel) (for L₀ = 5.65√So)), %

$$R_{eH}$$ (Upper yield point), $$MPa$$

$$\psi$$ (Reduction in cross section on fracture), %

$$KV_{L}$$ (Impact energy (longitudinal)), $$J$$

$$KV_{T}$$ (Impact energy (transverse)), $$J$$

$$KU$$ (Impact energy), $$J$$

$$KCU\cdot 10^{3}$$ (Impact toughness), $$\frac{J}{m^2}$$
Hardness

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Brinell hardness number, HBW

Твёрдость по Викерсу, HV

Твёрдость по Роквеллу, HRC
Casting and technological parameters

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melting point (The temperature at which solid crystalline body makes the transition to the liquid state and Vice versa), °C

linear shrinkage (The difference between model dimensions and the model casting), %

the temperature of the casting (The temperature of the molten polymer is extruded from the heating cylinder into the mold), °C

Hot working temperature (The temperature at which the plastic-deformed metal recrystallizes during the pressure treatment), °C

annealing temperature (The temperature at which the processes return recrystallization and homogenization of the metal to reduce its hardness for subsequent machining), °C

the crystallization temperature (The temperature at which the free energies of liquid and solid States of the metal is equal to), °C

temperature fill (The temperature at which the fill metal in the form), °C

melting point, solidus (The temperature at which melts the low melting component), °C

melting point, liquidus (The temperature at which equilibrium falls first crystal), °C

Boiling temperature (The boiling point, boiling point is the temperature at which the liquid under constant pressure boils.), °C

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Chemical composition

Physical characteristics

Mechanical properties

Hardness

Casting and technological parameters