What is the final value for hardenbility in jominey end quench test -critical diameter ,ideal critical diameter or jominey distance like In a grossmens method we find critical diameter having 50% martensite at the centre below the critical diameter will get fully hardened and above are not .Final answer or value is critical diameter in Grossmens method. what is the final answer or value for hardenbility in Jominey end quench test? Iam more happy and clear explain me with example of 0.8 wt%C steel

The short answer is .00275 (+/- 1% )or if you prefer I show my work?

The Real Answer is 23 4/5th’s of 7/8ths of 1K pure, leaving the remaining [email protected] …

(+/- 1%)*

1= (+/-) 1%*  (0.20 +/-  0.8625)  over 1•

[1• (3.14)] = tensil strength,   [2] sqare for weight/density or, cube for Karat integrity/volume. But .00275 of taken if 100% tensiltrength.

Ergo the answer of total tensil strength (gained) to carat (loss) within is :

(if +/-  as in this case~ plus then) +.0275* % lost carat. Measure a + save of material at +0.04**% and +6.25*% gain in density[2] leaving a tensil strength of +86.25%[email protected] 23 +4/5 of 7/8th’s K of l leaving:  Now 99.50 from 99.250 pure +06.225* % tensil strength added w/ 04*% material saved. Total finnding in a net loss of +.0275[3]**% deduction in volume adding .0250* density weight leaving 23 and 4/5 of 7/8th’s Karat integrity left of 24K intended.

Personal Deduction: Metal 99.9825%

Platinum or Ossmium (+/-) 1% integrity. @

-.00275** total of 23.9825 K.

99.9875% pure

23 & 4/5th’s of 7/8th’s INTEGRITY held.

[Open] Assumption:  -2.75 CTW leaves 21.75 Density to find Specific gravity.  Test (ING)[3]  4 eductationALL purposes only:   ?

Deduction:  Ossmium/Platinum.

Too heavy/Contra-Intuitive

Note to self:  Q: = Quench!

Legend:

[2]=squared

[3]=cubed

*=Square Mass [2] (sq)

**= Volumetric Area [3] (cubed)

1. PIE [3.14…..] (A2+B2= C2.)