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ER 2594 SGB_01.pdf
stainless steel filler metal
ER 2209 SGB_01.pdf
stainless steel filler metal
ER 430 SGB_01.pdf
stainless steel filler metal
ER 410NiMo SGB_01.pdf
stainless steel filler metal
ER 347Si SGB_01.pdf
stainless steel filler metal
ER 318 SGB_01.pdf
stainless steel filler metal
ER 317L SGB_01.pdf
stainless steel filler metal
ER 316LSi SGB_01.pdf
stainless steel filler metal
ER 316L SGB_01.pdf
stainless steel filler metal
ER 309LMo SGB_01.pdf
stainless steel filler metal
ER 309L SGB_01.pdf
stainless steel filler metal
ER 308LSi SGB_01.pdf
stainless steel filler metal
ER 308L SGB_01.pdf
stainless steel filler metal
ER 307Si SGB_01.pdf
stainless steel filler metal
ER 307 SGB_01.pdf
stainless steel filler metal
ER NiCu7 SGB_01.pdf
nickel alloy filler metal
ER NiCrMo14 SGB_01.pdf
nickel alloy filler metal
ER NiCrMo10 SGB_01.pdf
nickel alloy filler metal
ER NiCrMo4 SGB_01.pdf
nickel alloy filler metal
ER NiCrMo3 SGB_01.pdf
nickel alloy filler metal
ER NiCrFe11 SGB_01.pdf
nickel alloy filler metal
ER NiCrCoMo1 SGB_01.pdf
nickel alloy filler metal
ER NiCr6 SGB_01.pdf
nickel alloy filler metal
ER NiCr4 SGB_01.pdf
nickel alloy filler metal
ER NiCr3 SGB_01.pdf
nickel alloy filler metal
MOHR_3D_ENG_01.xls
MOHR_3D_ENG_01 : Mohr circle calculation for a tridimensional stress condition, stress, principal, shear, Von Mises, orientation, sigma, tau. Author Eng. Giacomo Pastore ( 53 kb )
631 SGB_ENG_01.pdf
631 SGB_ENG_01 Precipitation hardening semiaustenitic stainless wire for springs, specific to applications demanding high fatigue properties. Corrispondeces : EN 1.4568,AISI 631; BS 2056 301 S81; JIS SUS 631; S51778; STS 631J1, 09Ch17N7Ju1 ( 389 kb )
MOHR_2D_ENG_01.xls
MOHR_2D_ENG_01 : Mohr circle calculation for a plane stress condition, stress, principal, shear, Von Mises, orientation, sigma, tau. Author Eng. Giacomo Pastore ( 118 kb )
EXTENSION_SPRING_ENG_01.xls
EXTENSION_SPRING_ENG_01 : extension spring calculation, stiffness, torsional stress, static creep verification , locked coils verification, fatigue verification according to EN 13906-1. Author Eng. Giacomo Pastore ( 88 kb )
COMPRESSION_SPRING_ENG_01.xls
COMPRESSION_SPRING_ENG_01 : compression spring calculation, stiffness, torsional stress, static creep verification , locked coils verification, fatigue verification according to EN 13906-1. Author Eng. Giacomo Pastore ( 88 kb )
GOODMAN_SMITH_ENG_01.xls
GOODMAN_SMITH_ENG_01 : Goodman-Smith diagram calculation, mechanical fatigue, shape factor, notch factor, safety factor, load characteristics, surface factor , dimensional factor. Author Eng. Giacomo Pastore( 221 kb )
HAIGH_ENG_01.xls
HAIGH_ENG_01 : Haigh diagram calculation, Wholer, Sodeberg, ASME, Gerber, Langer line, mechanical fatigue, shape factor, notch factor,medium load, surface factor, dimensional factor, safety factor Smith, fracture cycles. Author Eng. Giacomo Pastore( 202 kb )
TN 22-07.pdf
TECHNICAL NOTE Quench and tempering steels hardenability, case hardenability, workability, weldability ; UNI7874:1979 ; UNI 7845:1978 ; EN 10083-1:1993; EN 10083-3:1997 ; EN 10083-1:1998; EN 10083-2:1998; EN 10083-2:2006; EN 10083-3:2006; ( 100 kb )
TN 21-07.pdf
TECHNICAL NOTE Case hardening steels hardenability, case hardenability, workability, weldability , UNI EN 10084 : 2000 ; C10E ; C10R ; C15E ; C15R ; C16E ; C16R ; 17Cr3 ; 17CrS3 ; 28Cr4 ; 28CrS4 ; 16MnCr5; 16MnCrS5 ; 16MnCrB5 ; 20MnCr5 ; 20MnCrS5 ; 18CrMo4 ; 18CrMoS4 ; 22CrMoS3-5 ; 20MoCr3 ; 20MoCrS3 ; 20MoCr4 ; 20MoCrS4 ; 16NiCr4 ; 16NiCrS4 ; 10NiCr5-4 ; 18NiCr5-4 ; 17CrNi6-6 ; 15NiCr13 ; 20NiCrMo2-2 ; 20NiCrMoS2-2 ; 17NiCrMo6-4 ; 17NiCrMoS6-4 ; 20NiCrMoS6-4 ; 18CrNiMo7-6 ; 14NiCrMo13-4 ; UNI 7846 : 1978 ; C10 ; C15 ; 16MnCr5 ; 20MnCr5 ; 18CrMo4 ; 12NiCr3 ; 16CrNi4 ; 20CrNi4 ; 16NiCrMo2 ; 20NiCrMo2 ; 18NiCrMo5 ; 18NiCrMo7 ; 16NiCrMo12; UNI 8550 : 1984 ; 16NiCr11 ( 100 kb )
TN 20-07.pdf
TECHNICAL NOTE Forgeability of special steels definition ( 92 kb )
TN 19-07.pdf
TECHNICAL NOTE Rimming steels and killed steels definition ( 149 kb )
TN 18-07.pdf
TECHNICAL NOTE Embrittlement of steels definition ( 94 kb )
TN 17-06.pdf
TECHNICAL NOTE Band structure of steels definition ( 256 kb )
TN 16-06.pdf
TECHNICAL NOTE Surface Hardening introduction ( 92 kb )
TN 15-06.pdf
TECHNICAL NOTE Ferritic nitrocarburizing introduction ( 96 kb )
TN 14-06.pdf
TECHNICAL NOTE Nitriding introduction ( 97 kb )
TN 13-06.pdf
TECHNICAL NOTE Carbonitriding introduction ( 240 kb )
TN 12-06.pdf
TECHNICAL NOTE Carburizing introduction ( 436 kb )
TN 11-06.pdf
TECHNICAL NOTE Massive heat treatments for special structural steels ( 744 kb )
TN 10-06.pdf
TECHNICAL NOTE Base metallurgy of the special structural steels introduction ( 1326 kb )
TN 09-06.pdf
TECHNICAL NOTE Inclusional state of steels definition ( 167 kb )
TN 08-06.pdf
TECHNICAL NOTE Residual stresses in designing introduction ( 96 kb )
TN 07-06.pdf
TECHNICAL NOTE Heat treatment strains introduction ( 84 kb )
TN 06-06.pdf
TECHNICAL NOTE Steels grain dimension definition ( 97 kb )
TN 05-06.pdf
TECHNICAL NOTE Steels Hardenability definition ( 181 kb )
TN 04-06.pdf
TECHNICAL NOTE Retained austenite definition ( 357 kb )
TN 03-06.pdf
TECHNICAL NOTE Steel decarburizing definition ( 89 kb )
TN 02-06.pdf
TECHNICAL NOTE Surface hardness obtainable after thermochemical and surface hardening treatments on special structural steels ( 112 kb )
TN 01-06.pdf
TECHNICAL NOTE Total and effective hardening thicknesses definition for thermochemical and surface hardening treatments ( 139 kb )
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