Inputs

Neural

network

structure

Outputs

C,Mn,Si.Cr.Ni.Mo.V

7-4-1

The temperaturę of eutecliodal transformalion

C.MnSi.Cr.Ni.Mo.V

7-5-1

The temperatuie of ferrit/austenit Uansfonnation Ą.,

CJVIn,Si.Cr.Ni.Mo.V.Cu.Ta

9-8-1

The temperaturę of bainilic transformation Bg,,^

C.MaSi.Cr.Ni.Mo.V

7-6-1

The temperatuie of martensitic transformation Mg_1CK

C.MaSi.Cr.Ni.Mo.V.Cu.Ta.pierv\

10-7-1

Classifierof tlie ferritic transformation

C.Mn,SLCr.Ni.Mo.V.Cu,Tapierw

10-15-1

Classifier of the perhtic transfonnation

C.MaSi.Cr.Ni.Mo.V.Cu.Ta.pier\\

10-20-14-1

Classifier of the bainitic transfonnation

C.MaSi.Cr.Ni.Mo.V.Cu.Ta.pierw

10-12-1

Classifier of the martensitic transfonnation

CJVlaSi.Cr.Ni.Mo.V,Cu.Ta.pierw

10-11-1

Start temperaturę of the ferritic transformation

C.Mn.Si.Cr.Ni,Mo.V.Cu.Ta.pierw

10-7-1

Finish temperatuie of the ferritic transfonnation

C.Mn.Si.Cr.Ni,Mo.V.Cu.Ta.pier\v

10-5-1

Start temperaturę of the perlitic transformation

C.MaSi.Cr.Ni.Mo.V.Cu.Tapierw

10-15-1

Finish temperatuie of the perlitic transfonnation

CMaSLCr.NLMo.V.Qi.TaBsinavpier\v

11-7-1

Start temperaturę of the bainitic transfonnation

C,Cr.Bsmax,Msmax.pienv

5-1250-5-1

Finish temperatuie of the bainitic transfonnation

CJVtaSi.Cr.Ni.Mo.V.Cu.Tapierw

10-11-1

Start temperatuie of the martesitic transfonnation

Tempw.pieiw

2-7-1

The limes of start or finish transfonnation