CS 1030 burst failure
CS 1030 burst failure
(OP)
Could somebody inform me of the maximum tip velocity,
(Peripheral Speed)in meters/sec of CS 1030 Bright steel, it is an Australian grade steel.
I need to make sure it is suitable for the intended application & i don't want to exceed the burst failure limit.
How does heat have an affect on this figure.
I know i could use 4140,4130 or simillar grades but i don't think this would be required for this application--just want to make sure.
Any help with this would be appreciated. Thanks
(Peripheral Speed)in meters/sec of CS 1030 Bright steel, it is an Australian grade steel.
I need to make sure it is suitable for the intended application & i don't want to exceed the burst failure limit.
How does heat have an affect on this figure.
I know i could use 4140,4130 or simillar grades but i don't think this would be required for this application--just want to make sure.
Any help with this would be appreciated. Thanks





RE: CS 1030 burst failure
The YS will drop pretty fast with temp. Some heats can lose ~25% of room temp. YS by 500-600 deg.F.
RE: CS 1030 burst failure
Temper °F TS YS El
400 122,000 93,000 18%
800 108,000 85,000 22%
1200 75,000 58,000 345
RE: CS 1030 burst failure
Metal guy: what is ksi?.
unclesyd:
Just to make sure i have this right: correct me if i'm wrong
Ts = tensile strength
ys = yield strength
El = Elongation
Is this correct.
Is there a site where i can get the equation to work out the max tip velocity to prevent burst failure.
I need to know how fast i can spin these parts without any trouble.
THANKS
RE: CS 1030 burst failure
Ts = tensile strength
ys = yield strength
El = Elongation
RE: CS 1030 burst failure
You should be aware that size can have a great effect on the HT of steel. A plain carbon steel like 1030 will only develop moderately high strength if the thickness is no more than an inch or so.