ML20100P190

From kanterella
Jump to navigation Jump to search
Intervenor Exhibit I-1,consisting of 840814 Index of Crankshaft Exhibits I-15,Vol 1.Figure 3-4, Typical Structural Dimensions of Crankshaft, of Owners Group 840522 Crankshaft Rept Encl
ML20100P190
Person / Time
Site: Shoreham File:Long Island Lighting Company icon.png
Issue date: 09/17/1984
From:
LONG ISLAND LIGHTING CO.
To:
References
OL-I-001, OL-I-1, NUDOCS 8412140056
Download: ML20100P190 (6)


Text

h0- 3f2 O O /

+/'i-4 m

' n Rou @ n/.

/

/

/

p 9//7 //

(h g

LILCO, Au AP14, 1984'

~ ::.GCD

'10N' 2,, gg47 UNITED STATES OF AMERICA gy

-2 NUCLEAR REGULATORY COMMISSION Before the Atomic Safety and Licensing B d 72 c

p w

In the Matter of

)

)

LONG ISLAND LIGHTING COMPANY

)

Docket No. 50-322(OL)

D

)

(Shoreham Nuclear Power

)

Station, Unit 1)

)

CRANKSHAFT EXHIBITS TESTIMONY OF ROGERT L. McCARTHY, PAUL R. JOHNSTON, EUGENE MONTGOMERY AND SIMON K. CHEN TESTIMONY OF EDWARD YOUNGLING AND FRANZ PISCHINGER AND I

TESTIMONY OF CLIFFORD WELLS, DUANE JOHNSON, HARRY WACHOB, CRAIG SEAMAN, DOMINIC CIMINO AND N. K. BURRELL VOLUME I I

Exhibits 1 - 15 k

NUCLEAC RICULATORY CDMMill!DN oeoet we._50:3D-o' avaiai rinfuhDeisel 1 - 15 la the m1tter et SO51 b r{L-5 ftir 3 b O

Staff 1:ENTIFIED

/

)

Applicant RECE VED Inten ener__/

REJECTED Crat's Cft'r Ccctractor DATE_._I 'l'1-9 4 aMk Other Witness egg 2{$8$6$oShg Do%nt

"'eaa' o

Q

D LILCO, August 14, 1984 DETED STATES OF AMERICA NUCLEAR REGULATORY C0!HISSION Before the Atemic Safety and Licensing Board In the Matter of

)

)

LONG ISLAND LIGHTING COMPANY

)

Docket No. 50-322(OL)

(Shoreham Nuclear Power

)

i Station, Unit 1)

)

CRANKSHAFT EXHIBITS C-1 Evaluation of Emergency Diesel Generator Crankshafts at Shoreham and Grand Gulf Nuclear Power Stations prepared for TDI Diesel Generator Owners Group dated May 22, 1984 (hereinafter " Owners Group Crankshaft Report"), Figure 3-4 O

C-2 Specification for Diesel Generator Sets, Shoreham Nuclear Power Station - Unit 1. Spec. No. SH1-89, Revision 2, January 26, 1983, page 1-20.

C-3 U.S. Nuclear Regulatory Commission Regulatory Guide 1.9, Revision 2, December 1979.

C-4 IEEE Standard Criteria for Diesel-Generator Units Applied as Standby Power Supplies for Nuclear Power Generating Stations, Std 387-1977.

C-5 Transcript of July 11, 1984 meeting of the TDI Diesel O

Generator Owners Group, pages 124-25.

C-6 Available Logged Hours of Operation of DSR-48, Rated 3500 KW

@ 450 RPM.

C-7 TDI Diesel Generator Run History - Shoreham Nuclear Pcwer e

Sation - Unit 1 - August 6, 1984 C-8 Results of non-destructive examinations of replacement j

crankshafts at Shoreham after 100 hours0.00116 days <br />0.0278 hours <br />1.653439e-4 weeks <br />3.805e-5 months <br /> of operation et full load or greater.

3 C-9 American Bureau of Shipping, Rules for Building and Class Wg Steel Vessels (1983), 5 37.17.1.

9

)

C-10 American Bureau of Shipping, Rules for Building and

)

Classing Steel Vessels (1983), Tsble 34.3.

C-ll TDI Crankshaft Drawing Number 03-310-05-AC.

C-12 American Bureau of Shipping Reports on Castings or Forgings of Replacement Crankshafts.

)

C-13 American Bureau of Shipping letter to TDI dated May 3, 1984 C-14 Diesel Engine Manufacturers Association Standard Practices for Low and Medium Speed Stationary Diesel and Gas Engines (1972 ed.), pages 53-56.

)

C-15 TDI Proposed Torsional and Lateral Critical Speed Analysis, August 22, 1983.

C-16 Field Test of Emergency Diesel Generator 103 with 13 x 12 Crankshaft, April, 1984.

)

C-17 Owners Group Crankshaft Report.

C-18 Crankshaft Torsional Stress Calculations for 6L 17 x 21 Engine-Generator Set, July 19, 1984.

)

C-19 Table 2.2 from Owners Group Crankshaft Report showing natural frequencies from TDI analysis.

C-20 Table 2.4 from Owners Group Crankshaft Report showing single order nominal stresses from TDI analysis.

C-21 Table 2.5 from owners Group Crankshaft Report showing

)

nominal stresses calculated from torsiograph.

C-22 Crankshaft Torsional Stress Calculations for 8L 17 x 21 Engine-Generator Set, July 19, 1984, page 11.

C-23 Figure 3-3 from owners Group Report showing comparisen of

)

measured and calculated torque.

C-24 Tables 3.6 and 3.7 from Owners Group Crankshaft Report showing comparison between analytical and test results.

C-25 Figure 3-13 from owners Group Crankshaft Report showing

)

fatigue endurance limit of replacement crankshafts on Goodman diagram.

C-26 Oberg and Jones, Machinery's Handbook (18th Ed.) pages 352-53; Shigley, Mechanical Engineering Design (McGraw-Hill) pages 212-13; Rothbarr (editor), Mechanical

)

Design and Systems Handbook (McGraw-Hill) page 18-4.

l 2

)

~

)

C-27 Engineering and Design Coordination Report No. F-46109G.

)

C-28 Military Specification No. 13165B, Amendment 2, June 25, 1979.

C-29 LILCO Operational Quality Assurance Reports (EDG 102 and 103 Crankshafts).

)

C-30 Metal Improvement Company Certificate of Shot Peening (EDG l

102 ar.d 103 Crankshafts).

C-31 Certificate of Non-Destructive Testing Issued by Krupp Stahl AG (EDG 102 and 103 Crankshafts).

C-32 LILCO Magnetic Particle Testing and Liquid Penetrant

)

Testing Records (EDG 102 and 103 Crankshafts).

C-33 LILCO Ultra Sonic Testing Records (EDG 102 and 103 Crankshafts).

C-34 H. Fuchs and R. Stevens, Metal Fatigue in Engineering

)

(1980) at pages 226-227; H. Uhlig, Corrosion and Corrosion Control at pages 132-133.

C-35 Metal Improvement Company Certificate of Shot Peening (EDG 101 Crankshaft).

)

C-36 LILCO Operational Quality Assurance Reports (EDG 101 Crankshaft).

C-37 Certificates of Non-Destructive Testing Issued by Krupp Stahl AG (EDG 101 Crankshaft).

)

C-38 LILCO Magnetic Particle Testing, Liquid Penetrant Testing and Ultra Sonic Testing Records (EDG 101 Crankshaft).

C-39 Kirk, Behavior of Peen-Formed Steel Strio on Isochronal Annealing, Proceedings of the Second International Conference on Shot Peening at page 231, (May, 1984).

)

)

)

D Y

N g\\'

f (;;l Y.h

/

A g-O, 0 N.Y

~ '

% V, w

, Ts

/?

oca %\\

~

5f x

J,,

  • g' w/l sm

.ci l b ,

$ste m

~

. 3,4 a

)

Detail A ise a,

e e

.t.

f C

3 i s e e M =

M fu O

o

  • e

- e o

o e o a.

e e

e e l

I l

i sf

./

- r

~,.

)

e en -

(

7 l

\\

/

e

\\

' l i

}.

i

/s

)

I e

~~

8 e

i l

C I

l

)

l t

Detail A i

f

\\

e

\\

\\

,s l

/

.n N

{

)

....A._

i/

I sessa_/

-_4s-I io s

)

\\

Figure 3-4 Typical structural dimensions of the eranksnaft.

FeAA-84-3-16

)

_ _ _ _ _ _ _ _ _ _ _ _ ______