substance formed by the melting or sintering of two or more constituents with a major constituent (> 90%) of the metal

metal in molten state

substance formed by the melting or sintering of two components where the main component is (> 50%) metal

substance formed by the melting or sintering of two or more components where the main component is (> 50%) metal

R_eH= 400; R_m=800; A₅₀=9

R_eH=100; R_m=400; A₅₀= 0,5

R_eH= 615; R_m= 660; A₅₀= 17,5

The ability of the material to withstand local plastic deformation.

The ability of a material to deform significantly under static forces without breaking and to return to its original shape after removal of the forces.

The ability of the material to withstand dynamic load without breaking.

Temperature at which 50% of the fracture surface of the test piece is fibrous, ductile broken

The energy required to crush a part at -50 ° C

The energy at which 50% of the fracture surface of the test piece is fibrous, ductile broken

Temperature at which the crushing operation is 50 J

The hardness of material.

The material ability to withstand the wear.

The material ability to be tough or brittle.

The material ability to deform plastically.

Force applied on the cross-sectional area of the test piece [N / mm2].

Pressure on the test piece [bar].

Load applied on the test piece [Kgf].

Material's ability to withstand dynamic loads without breaking.

The

ability of a material to deform significantly under static forces

without breaking and to return to its original shape after removal of

the forces.

The ability of a material to deform significantly under static forces without breaking and to retain deformation after removal of forces.

Material's ability to withstand local plastic deformation.

The ability of the material to withstand the load without breaking.