Propriétés mécaniques pour différents types d’acier

Sélectionnez le type d’acier à obtenir : limite d’élasticité (σ_c), résistance à la traction (σ_r), allongement relatif à la rupture (δ), dureté Brinell (H_B), élasticité en traction / compression (E) et élasticité en torsion / cisaillement (G) pour l’ACIER

sélectionnez le type d’acier et appuyez sur « Calculer » pour obtenir les résultats

Matériaux Sélectionner… 0L 00 OL 34 OL 38 OL 42 OL 50 OL 60 OL 70 OLC 10 OLC 15 OLC 20 OLC 25  normalize OLC 25  improved OLC 30  normalize OLC 30  improved OLC 35  normalize OLC 35  improved OLC 40  normalize OLC 40  improved OLC 45  normalize OLC 45  improved OLC 50  normalize OLC 50  improved OLC 55  normalize OLC 55  improved OLC 60  normalize OLC 60  improved OLC 65  normalize OLC 65  improved 13 N 15 after annealing 13 N 15 cemented-hardened in water 13 CN 25 after annealing 13 CN 25 cemented-hardened in oil 13 CN 25 cemented-hardened in water 13 CN 35 after annealing 13 CN 35 cemented-hardened in oil 13 CN 45 after annealing 13 CN 45 cemented-hardened in oil 35 CN 15 after annealing 35 CN 15 improved 35 CN 25 after annealing 35 CN 25 improved 30 CN 35 after annealing 30 CN 35 improved 35 CN 45 after annealing 35 CN 45 improved 40 CN 12 after annealing 40 CN 12 improved 40 CN 17 after annealing 40 CN 17 improved 13 C 04 in the core after hardening 15 C 07 in the core after hardening 16 MC 10 in the core after hardening 20 MC 13 in the core after hardening 32 M 13 improved 36 M 17 improved 33 C 10 improved 36 MS 12 improved 40 C 10 improved 40 MC 11 improved 50 VC 11 improved 15 MoC 12 cemented-hardened in oil 20 MoC 12 cemented-hardened in oil 25 MoC 11 improved hardened in oil 33 MoC 11 improved hardened in oil 41 MoC 11 improved hardened in oil 41 MoC 17 improved hardened in oil Arc 1 Arc 2 Arc 3 Arc 4 Arc 5 Arc 6 Arc 7 OLK1 OLK2 OLK3 OT 40 OT 45 OT 50 OT 55 OT 60 OT 40 A OT 45 A OT 50 A OT 55 A OT 60 A OT 40 X OT 45 X OT 50 X OL 34 T drawn steel OL 38 T drawn steel OL C 16 T drawn steel OL 42 T drawn steel OL C 25 T drawn steel OL 50 T drawn steel OL C 35 T drawn steel OL 60 T drawn steel OL C 45 T drawn steel OL 70 T drawn steel OL C 60 T drawn steel OL 34 TR drawn steel OL 38 TR drawn steel OL C 16 TR drawn steel OL 42 TR drawn steel OL C 25 TR drawn steel OL 50 TR drawn steel OL C 35 TR drawn steel OL 60 TR drawn steel OL C 45 TR drawn steel OL 70 TR drawn steel OL C TR drawn steel OL C 25 TI cold drawn steel d/g <=16 OL c 35 TI cold drawn steel d/g <=16 40-80″>OL C 35 TI cold drawn steel d/g > 40-80 OL C 45 TI cold drawn steel d/g <=16 40-80″>OL C 45 TI cold drawn steel d/g > 40-80 OL C 60 TI cold drawn steel d/g <=16 40-80″>OL C 60 TI cold drawn steel d/g >40-80 8 C 155 stainless steel re-baked 13 C 130 stainless steel re-baked 13 C 130 stainless steel improved 20 C 130 stainless steel re-baked 20 C 130 stainless steel improved 20 C 130 stainless steel improved II 40 C 130 stainless steel re-baked 40 C 130 stainless steel hardened 90 C 180 stainless steel re-baked 90 C 180 stainless steel hardened 13 NC 185 stainless steel hardened 13 NC 185 X stainless steel hardened 13 MC 185 stainless steel hardened AUT 08 A laminated, re-baked AUT 12 A laminated, re-baked AUT 23 A laminat recopt AUT 35 A laminated, re-baked AUT 45 A laminated, re-baked AUT 08 T cold drawn steel AUT 12 T cold drawn steel AUT 23 T cold drawn steel AUT 35 T cold drawn steel AUT 45 T cold drawn steel AUT 23 TI cold drawn steel improved d/g<16 AUT 23 TI cold drawn steel improved d/g=16-5 AUT 35 TI cold drawn steel improved d/g<16 AUT 35 TI cold drawn steel improved d/g=16- AUT 35 TI cold drawn steel improved d/g=40-5 AUT 45 TI cold drawn steel improved d/g<16 AUT 45 TI cold drawn steel improved d/g=16-4 AUT 45 TI cold drawn steel improved d/g=40-5

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