198

REFERENCES

1. S W Dean, "Environment - Sensitive Fracture: Evaluation and Comparison of Test

Methods", ASTM, STP 821,1982.

2. Designer's Guide to Fracture Mechanics, National Engineering Laboratory, and

Glasgow.

3. B Cotterell, 'The Past Present And Future of Fracture Mechanics", Engineering

Fracture Mechanics, Vol 69,2002, pp 533-553.

4. S Shyam Sundar, "WTC Investigation Status", A Report By Building And Fire

Research Laboratory, NIST, U S, 2004, pp 1-66.

5. Felkins and A Jankovic, 'The Royal Mail Ship Titanic: Did a Metallurgical Failure

Cause a Night to Remember", Journal of Material Science, Vol 50,1998, pp 12-18.

6. E T Wessel & F J Loss, "Elastic Plastic Fracture Test Methods: The User's

Experience", ASTM STP 856.

7. I Latzko, "Post Yield Fracture Mechanics", Applied Science Publishers, Ltd,

England, 1979.

8. S A Meguide, "Engineering Fracture Mechanics", Elsever Applied Science, London

and New York.

9. Irwin G R and de Wit R, "A Summary of Fracture Mechanics Concepts," Journal of

Testing and evaluation, JTEVA, Vol.11, No. 1, Jan. 1983, pp, 56-65.

10. Fracture Toughness, Iron and Steel Institute, London

11. W F Brown, "Review of Developments in Plane Strain Fracture Toughness Testing",

ASTM STP 463.

12. W F Brown and John E, "Plane Strain Crack Toughness of High Strength Metallic

Materials", ASTM STP410.

13. Rapid Inexpensive Test For Determining Fracture Toughness, National Material

Advisory Board, National Academic of Science, Washington D.C, 1976.

14. Boresenko, "High Temperature Protective Coatings", is preceding the fifth all union

conference Heat resistance Coatings, KHAR'KOV, May 12-16,1970.

15. Y C Chi, S Lee, K Cho and J Duffy, "The Effects of Tempering and Test

Temperature on the Dynamic Fracture Initiation Behavior of an AISI 4340 VAR

Steel", Material Science and Engineering, A114, 1989, pp 105-126.

16. T A Siewert, M.P. Manahan, J.M. Holt, and E.A. Ruth, "History and Importance of

Impact Testing", Pendulum Impact Testing: A Century of Progress, ASTM STP

1380, 1999.

199

17. John M Barsom And S T Rolfe, "Correlation between Kjc Charpy notch test results

in the transition temperature range", "Impact Testing of Metals", ASTM STP

466,1970, pp 281-302.

18. C F Hickey, "Toughness Data for Monolithic High Hardness Armor Steel", Fatigue

and Fracture Toughness - A Cryogenic Behavior, ASTM STP 556,1974. pp 55-67.

19. John M Barsom, U. S. Steel Research, "Development of AASHTO fracture-

toughness requirements for bridge steels". Engineering Fracture Mechanics, vol-7,

Pergamon Press., Great Britain, 1975, pp 605-608.

20. Norris D M, Reaugh, J E And Server W L, "A Facture-Toughness correlation

based on charpy initiation energy". Fracture Mechanics, Thirteenth Conference,

ASTM STP 743, Richard Robert Ed, 1981, pp 207-217.

21. B Tanguy, J Besson, R Piques, A Pineau, "Ductile To Brittle Transition Of A508

Steel Characterized By Charpy Impact Test" Engineering Fracture Mechanics, Vol

72,2005, pp 49-72.

22. Mikhail A Alkolov and Randy K Nanstad, "On the Impact Testing of Subsize

Charpy V-Notch Type Specimens", Effects of Radiation on metals: 17* Volume,

ASTM STP 1270,1995.

23. Subhash R Pati, "Fracture Toughness Determination from Side Grooved Pre Cracked

Charpy Specimens", Combustion Engineering, Inc, Windsor, Connecticut, USA.

24. Marandet B and Sanz. G, "Evaluation of the toughness of thick medium-strength

steels by using Linear-Elastic Fracture Mechanics and Correlations between Kic

and Charpy V Notch", "Flaw Growth and Fracture", ASTM STP 631,1977, pp 72-

95.

25. J G Kaufman and S F CoUis, "A Fracture Toughness Data Bank", Journal of Testing

and Evaluation, Vol 9, No 2, March 1981, pp 121-126.

26. Robert Moskovic, "Statistical Analysis of Censored Fracture Toughness Data in the

Ductile To Brittle Transition Temperature Region", Engineering Fracture

Mechanics, Vol 44,1993, pp 21-41.

27. Milne and D A Curry, "The Effect of Triaxialty on Ductile Cleavage Transitions In

A Pressure Vessel Steel", Central Electricity Laboratories, Materials Division,

Leatherhead, Surrey, UK.

28. D Munz and H P.Keller, "Effect of Specimen Size on Fracture Toughness in the

Ductile Brittle Transition Region of Steel", German Aerospace Research

Establishment, Cologne.

200

29. P M S T De Castro, J Suprrier and P Hancock, "Correlation Between Thickness and

Crack Length As A Means Of Achieving Plane Strain Conditions", Department Of

Materials, Cranfield Institute of Technology, Cranfield, Bedford, MK43 OAL, UK.

30. D Rhodes, L E Culver and J C Radon, " The Influence Of Fracture Mode Transition

On The Compliance Of Thin Section Fracture Specimens", Department of

Mechanical Engineering, Imperial College of Science & Technology, Exhibition

Road, London.

31. Campbell J E, " Fracture Toughness of High Strength Alloys at Low Temperature- A

review". Fatigue And Fracture Toughness - A Cryogenic Behavior, ASTM STP

556,1974. pp 3-25.

32. Folch L C A. And F M Burdekin, "Application of Coupled Brittle- Ductile Modes to

Study Correlation between Charpy Energy and Fracture Toughness Values",

Engineering Fracture Mechanics, Vol 63,1999, pp 57-80.

33. Dewei Tian, L Pentti and Xiaofeng Chen, "Cleavage Fracture Model for Granular

Bainite in Simulated Coarse Grained Heat Affected Zones of High Strength Low

Alloyed Steels", JSME International Journal, Vol 40,1997, pp 179-188.

34. Helmut Klocker and Viggo, "Void Growth And Coalescence in Metals Deformed at

Elevated Temperatures", International Journal of Fracture, Vol 106, 2000, pp 259-

276.

35. Marc Scibetta, "Ph.D Thesis on Contribution to the Evaluation of the

Circumferentially Cracked Round Bar for Fracture Toughness Determination of

Reactor Pressure Vessel Steels". March 1999.

36. Roy L Hewitt, "Acuracy And Precision Of Crack Length Measurements Using A

Compliance Technique", Journal of Testing and Evaluation JTEVA. Vol.11. No.2

March 1983, pp. 150-155.

37. Ulrich Eisele, Eberhard Roos, Horst Slicher. "A Method for the Defined Fatigue

Precracking of Round Notched Bars". Journal of Testing and Evaluation JTEVA.

Vol-13, Jan-1985, pp. 46-48.

38. Arthur J Bush. "Experimentally determined stress intensity factors for single-edge-

crack round bars loaded in bending". Experimental Mechanics. Vol.16, Julyl976,

pp.249-280.

39. Bush AJ, "Stress Intensity Factors for Single-edge-crack Solid and Hollow Round

Bars Loaded in tension," Journal of Testing and Evaluation JTEVA, Vol9, July

1981, pp. 216-223.

201

40. D J Cartwright, P.Rooke. "Evaluation of stress intensity factors". Journal of Strain

Analysis. Vol-10,1975, pp.217-224.

41. Mohamed A Mahamoud, "Stress Intensity Factors For Single and Double Edge

Cracks in a Simple Beam Subjected To a Moving Load", International Journal of

Fracture, Vol 111,2001, pp 151-161.

42. HoUstein, T.Schmitt and J G Blauel, "Numerical Analysis Of Ductile Fracture

Experiments Using Single Edged Notched Tension Specimens", Journal of Testing

and Evaluation JTEVA. Vol.11. No.3, May 1983, pp. 176-181.

43. O E K Daoud, D J.Cartwright, M Carney. "Strain-Energy Release Rate for a Single-

Edge-Cracked Circular Bar in Tension". Journal of Strain Analysis Vol-13, 1978, pp.

83-89.

44. J C Devaux and G Rousselier, " An Experimental Program For The Validation Of

Local Ductile Fracture Criteria Using Axisynmietrically Cracked Bars And Compact

Tension Specimens", Engineering Fracture Mechanics, Vol. 21,1985, pp.273-283.

45. T Nakamura, C F Shih and L B Freund, " Elastic- Plastic Analysis Of A

Dynamically Loaded Circumferentially Notched Round Bar", Engineering Fracture

Mechanics, Vol. 22 ,1985, pp.437-452.

46. Y Z Itoh, T Murakami and H Kashiwaya, " Approximate Formulae For Estimating

The J-Integral Of A Circumferentially Cracked Round Bar Under Tension Or

Torsion", Engineering Fracture Mechanics, Vol. 31,1988, pp.967-975.

47. H L Stark and R N Ibrahim, " Estimating Fracture Toughness From Small

Specimens", Engineering Fracture Mechanics, Vol. 25 ,1986, pp.395-401.

48. Susil K Putatunda, S K, Rigsbee, J M, and Corted H T, "Effect of Size on Elastic-

Plastic Fracture Toughness Parameters," Journal of Testing and Evaluation, JTEVA,

Vol. 13, No.3, May 1985, pp. 181-190.

49. N G Awadalla, R L Sindelar, G A Abramczyk, "Fracture Toughness Of Type 304

Stainless Steel", Technical Report, Reactor Materials Program, sept. 1986.

50. G G Chell, "Fracmre Mechanics in the Elastic-Plastic Regime", Materials Division,

Central Electricity Research Laboratories, Surrey, UK.

51. O L Towers and S J Garwood, 'The Geometry Dependence and Significance of

Maximum Load Toughness Values", The Welding Institute, Cambridgeshire, UK.

52. D T Read and R P. Reed, "Effects of Specimen Thickness on Fracture Toughness of

an Aluminum Alloy", International Journal of Fracture, Vol.13, April 1977, pp.201-

213.

202

53. Shoji T, "Determination of Crack Tip Energy Dissipation and Elastic Plastic Fracture

Toughness Parameter with Ductile Crack Extension", Journal of Testing and

Evaluation JTEVA. Vol.9 No.6Jan. 1981, pp. 324-334.

54. Jennifer Cordes and Rahmi Yazici, "Evaluation of Elastic - Plastic Fracture In

Aluminum Panels", Engineering Fracture Mechanics, Vol. 47,1994, pp.441-449.

55. Ashok Saxena and S J Hudak," Review and Extension of Compliance Information

for Conmion Crack Growth Specimens", International Journal of Fracture, Vol.14,

October 1978, pp.453-468.

56. C M Branco, J C Randon and L E Culver " Elastic Plastic Fatigue Crack Growth

Under Load Cycling", Journal Of Strain Analysis, Vol.12, No.2,1977,pp.71-80.

57. Bing Liu and Hidetoshi Kimoto, "Elastic - Plastic Analysis of a Crack Parallel to the

Interface", Engineering Fracture Mechanics, Vol. 53,1996, pp.607-623.

58. J H Kuang and Y C Chen, 'The Values of J- Integral within the Plastic Zone",

Engineering Fracture Mechanics, Vol. 55,1996 pp.869-881.

59. J Morrison and K J Karisallen, "An Experimental Comparision of J and CTOD

Estimation Formulas", Engineering Fracture Mechanics, Vol. 51,1995 pp. 145-149.

60. Ivanov, "Protective coatings in modem technology". Proceedings of the Fifth All-

Union Conference on Heat Resistant Coatings, Khar'kov, 1970, pp 1-7.

61. Robert L Johnson, "A Systems Rationale For The Selection or Design Of

Tribological Surface Coatings", Thin Solid Films, Vol 73,1980, pp 235-244.

62. Fastener Corrosion, Technical Note, Light Gauge Steel Engineers Association,

Washington DC, 1999.

63. John A Nairn and Sung Ryong Kim, " A Fracture Mechanics Analysis Of Multiple

Cracking In Coatings", Engineering Fracture Mechanics, Vol. 42 ,1992, pp. 195-208.

64. Sung Ryong Kima and John a Nairn, "Fracture Mechanics Analysis of Coating/

substrate systems Parti: Analysis of Tensile and Bending Experiments", Engineering

Fracture Mechanics, University of Utah., USA, 1999,1-24.

65. Sung Ryong and John a Nairn, "Fracture Mechanics Analysis of Coating/ substrate

systems Part 2: Experiments in Bending", "Engineering Fracture Mechanics",

University of Utah., USA, 1999, pp 1-25.

66. C Guzman, N Diaz, J A Berrios. "Fatigue Properties of SAE 4340 steel coated with a

Nimet HP Autocatalytic Nickel Deposit". Surface and Coating Technology, 2000, pp

561-571.

203

67. Y Z Zhang , Y Y Wu and M Yao, " Fatigue Properties of Electroless Deposited

Steel", Journal Of Material Science Letters, Vol.15,1996, ppl364-1366.

68. M P Taylor, H E Evans, C B Ponton. "A Method for evaluating the creep properties

of overlay coatings". Surface and Coatings Technology, 2000, pp. 13-18.

69. Weifang Zhang, Yunju Li, Gaoyuan Liu, " Recrystallization And Fatigue Failure Of

DS Alloy Blades", Engineering Failure Analysis, Vol.11,2004, pp.429-437.

70. Dr Yong-Qiu Jiang, "Fracture Analysis and Design of Protective Coatings on

Polymers, Metals and Ceramics", Mechanical Engineering Seminars, 2005.

71. J J Vlassak, "Channel Cracking in Thin Films on Substrates of Finite Thickness",

Technical Report, Division of Engineering And Applied Sciences, Harvard

University, Cambridge, USA, 2005.

72. G Qian, T Nakamura and S H Leigh, 'Tensile Toughness Test and High

Temperature Fracture Analysis of Thermal Barrier Coatings", Acra Materials, Vol

45,1997, pp 1767-1784.

73. H Ashassi-Sorkhabi, A Hagrah and J Manzoori," Zinc-Nickel Alloy Coatings

Electrodeposited From a Chloride Bath Using Direct and Pulse Current", Surface

And Coatings Technology, Vol 140,2001, pp 278-283.

74. Evangelos Tzimas and George Papadimitrion, "Cracking Mechanisms in High

Temperature Hot-Dip Galvanized Coatings", Surface and Coatings Technology,

Vol.145,2001, pp. 176-185.

75. Y C Zhou, T Tonomori and T Hashida, "Fracture Characteristics of Thermal Barrier

Coatings after Tensile and Bending Tests", Surface and Coatings Technology, Vol

157,2003, pp 118-127.

76. Shyang ho Chi and Yen Ling Chung, "Cracking in Coating-Substrate Composites

with Multi Layered and FGM Coatings", Engineering Fracture Mechanics, Vol 70,

2003, pp 1227-1243.

77. H O Fuchs, 'The Effect of Self Stress on High Cycle Fatigue", Journal of Testing

and Evaluation, Vol 10, No 4,1982, pp 168-173.

78. Throop J F "Fracture Mechanics Analysis of the Effects of Residual Stress On

Fatigue Life", Journal of Testing and Evaluation JTEVA. Vol.11. No.l Jan. 1983, pp.

75-78.

79. S H Kang, S W Han, G M Webster and G E Totten, "Successfiil Use of Polymer

Quenchants with Crack Sensitive Steels: Part H- Manufacturing of Hexagon nut

Punch Pin", Kum Won Industrial Co. Ltd., Chungnam, Korea.

204

80. Zbigniew Gawronski, "Residual Stresse4s in the Surface Layer of M2 Steel after

Conventional and Low Pressure Nitriding Processes", Surface and Coatings

Technology, Vol.124,2000, pp. 19-24.

81. Chobin Makabe, Takashi Makishi, and Hideo Kaneshiro, "Fatigue Mechanism of

lon-Nitrided Low Carbon Steel", Journal of Testing and Evaluation JTEVA. Vol.30.

No.5 Sept.2002, pp. 408-414.

82. T V Duggan, C Dimbylow and R Jones, 'Fatigue Studies of A High Strength Age

Hardening Wrought Cu-Ni Alloy", AMTE Dockyard Laboratories, Portsmouth, UK.

83. Neimitz, I dzioba and J Galkiewicz, "A Study of Stable Crack Growth Using

Experimental Methods, Finite Elements and Fractography ", Engineering Fracture

Mechanics, Vol. 71,2004, pp.1325-1355.

84. Hai Qiu, Manabu Fnoki, Yoshiaki and Teruo Kishi, " A Model For The Static

Fracture Toughness Of Ductile Structural Steel", Engineering Fracture Mechanics,

Vol. 70,2003, pp.599-609.

85. K Angamuthu, B Guha and D R G Achar, " Investigation Of Dynamic Fracture

Toughness Behavior Of Strength Mis-Matched Q&T Steel Weldments Using

Instrumented Charpy Impact Testing", Engineering Fracture Mechanics, Vol. 64 ,

1999, pp.417-432.

86. A A Baron, 'The Relationship Between Fracture Toughness, Stretched Zone Width

And Mechanical Properties In Tensile Test", Engineering Fracture Mechanics,

Vol.49,1994, pp.445-450.

87. Leslie Banks Sills and Inna Dunye, "A Note on the Effect of Plastic Strain on

Fracture Toughness", Engineering Fracture Mechanics, Vol. 57,1997, pp.67-73.

88. B Dogan and K H Schwalbe, "Fracture Toughness Of TiAl Base Intermetallic

Alloys", Engineering Fracture Mechanics, Vol. 56 ,1997, pp. 155-165.

89. R Brown, "Fatigue of Ti-6A1-4V with A Widmanstatten Microstructure", Materials

Durability Division, University Of Delaware, Newark, USA.

90. Basant K Parida, C M Manjunath and H M Girish, " Fatigue Crack Closure

Evaluation Under Constant Amplitude And Spectrum Loading", Journal Of Testing

And Evaluation, Vol.31, No.4, 2003, pp.337-346.

91. Hong Chul Lee, Young Ha Hwang, Tae Gu Kim, " Failure Of Aircraft Propeller

Assembly", Engineering Failure Analysis, Vol.11,2004, pp.305-312.

205

92. Alejandro A Yawny and Juan E Perez Ipina, " In Situ Fracture Toughness

Measurement Using Scanning Electron Microscopy", Journal Of Testing And

Evaluation, Vol.31, No.5,2003, pp.413-422.

93. Klaus Wetzig, Siegfried Menzel and Thmos Gobel, "Fractography Of Crack

Networks In Thin Layers", Materials Characterization, Vol.46,2001, pp. 105-111.

94. R H Sailors and H T Corten, "Relationship Between Material Fracture Toughness

Using Fracture Mechanics And Transition Temperature Tests", ASTM STP 514,

1972, pp 164-191.

95. S T Rolfe and S R Novak, "Slow - bend Kjc testing of medium strength high

toughness steels," ASTM STP 463, pp 124-154,1970.

96. J A Begely and W A Logsdon, "Correlation of The Fracture Toughness And Charpy

properties For Rotor Steels", WRL Scientific Papers, Westinghouse Research

Laboratories, Pitsburgh, 1971.

97. R A WuUaert, "Fracture Toughness Predictions fi-om Charpy V Notch Data",

Proceedings of the American Institute of Mining, ASM, Denver, 1978.

98. Metal Finishing - 59* Guidebook and directory issue, Metals & Plastics

Publications, Inc, Hackensack, NJ.

99. Lucon E, "Fracture Toughness Using Small Cylindrical Specimens with Ring

Shaped Cracks", Proceedings of 8* Biennial European Conference on Fracture-

ECF8,1990, pp 1077-1082.

100. Esisele U, Roos E and Zinmiermann, "A Method For The Defined Fatigue Per

Crackin of Round Notched Bars", Journal of Testing And Evaluation, Vol 13, 1985,

pp 46-48.

101. Giovanola J H and Homma H, " Fracture Toughness Measurement Using Small

Cracked Round Bars", ASTM STP 1244, American Society For Testing And

Evaluation, 1994.

102. Lucon E and Bicego V, "Evaluating Service Exposed Component's Mechanical

Properties By Means of Sub sized And Miniature Specimens", ASTM STP 1204,

pp311-323, 1993.

103. Stark H L and Ibrahim, "Estimating Fracture Toughness from Small Specimens",

Engineering Fracture Mechanics, Vol 25, 1986, pp 395-401.

104. Anderson T L, "Fracmre Mechanics Fundamentals and Applications", CRC Press,

Second Edition, London, 1995.

206

105. John J Ruschau and Keith Donald, "Special Applications and Advanced Techniques

for Crack Size Determination", ASTM, STP 1251,1995.

106. Arun K V and C S Venkatesha, "Effect of Notch Configuration on The Mode-I

Fracture Behavior of Structural Materials in The Transition Temperature Region,"

Proceedings of the National Conference ECKAME-06, March 2006, Engineering

College, Kota, Rajastahn,.

107. Arun K V and C S Venkatesha, "Influence of Protective Coatings and the Service

Temperature on Mode - I Fracture Behaviour Of En8 Steel", Journal of Corrosion

Science and Engineering, Preprint published online. Vol. 7, Paper 31, Nov 2005.

108. Arun K V and C S Venkatesha, " Experimental And Fractographic Analysis On The

Fracture Toughness An d The Strain energy Release Rate In Nickel Coated EN 8

Steel," Fatigue & Fracture Of Engineering Materials & Structures," Under Review,

Paper ID: FFMS-3796.

109. Arun K V and C S Venkatesha, "Effect of Coating and Age Hardening on the

Fracture Behavior of Aluminum under Varied Temperature," Journal of Material

Science, Under Review, Paper ID: JMSC 3057.

110. Arun K V and C S Venkatesha, "Effect of Coating Thickness and Service

Temperature on Mode - 1 Fracture Behaviour of Low Carbon Steel," Proceedings of

the 14* ISME International Conference, Dec 2005, Delhi College of Engineering,

Delhi.

111. John M Goetz, " Ph.D Thesis on Investigation of Coating Cracking and Fatigue

Strength of 7050-T74 Aluminum Alloy with Different Anodize Coating Thickness",

College of Engineering, The Ohio State University, Columbus, OH, USA, 2005

112. Arun K V and C S Venkatesha, "Effect of Variable Thickness Copper Coating and

the Temperature on Fracture Toughness of Structural Materials", Proceedings of the

international conference ADEMSE-2005, U.V.C.E, Bangalore.

113. S G Roberts, "Modeling Brittle-Ductile Transitions", Proceedings of The

International Conference on Modelling and Materials Engineering, Ouranopolis,

Greece, 1999.

114. Dillon Dodd Fong, " Ph.D Thesis on Stresses in Cu Thin Fihns and Ag/Ni

Multilayers", Department of Applied Physics, Harvard University, Cambridge,

Massachusetts, September 2001

115. Frederick A Lx)wenheim, "Electroplating", Sponsored by American Electroplaters

Society, McGraw Hill Book Company, New York, 1980.

207

116. Arun KV and C S Venkatesha "Experimental Investigations On The Fracture

Toughness And Transition Temperature In Hard Chrome Coated Structural

Materials", International Journal of Materials Processing and Technology, Under

Review, Paper ED: FT09, March 2006.

117. Arun K V and C S Venkatesha, "Fracture On Toughness And Transition

Temperature In Hard Chrome Coated Structural Materials", Proceedings of The

Intemational Conference on Advances In Materials Processing and Characterization,

AMPC, August 2006, Anna University, Madras.

118. Arun K V and C S Venkatesha, "Mode-I Fracture Behavior of Coated And Heat

Treated Structural Materials Subjected To Impact Loads Under Varied Service

Temperature" Proceedings of The Intemational Conference on Structures Under

Shock And Impact Loading-SUSI, July 2006, The New Forest, UK.

119. K H Prabhudev, "Hand Book of Heat Treatment of Steels", TMH Publishing

Company, 1990.

120. Arun K V and C S Venkatesha, "Effect of Service Temperature and Heat Treatment

on Mode - I Fracture Behaviour of C15 Steel," Proceedings of the National

Conference YANTRA-2005, College Of Engineering, Pandharpur, Maharastra.

121. Arun K V and C S Venkatesha, "Effect Of Nickel Coating And Heat Treatment On

Fracture Toughness Of Low Carbon Steel," Journal Of Engineering Today, Vol.7,

Aug 2005.

122. P J Callus and C C Bemdt, "Relationships between The Mode-II Fracture Toughness

And Microstructure Of The Thermal Spray Coatings", Surface And Coatings

Technology, Vol 114 1999, pp 114-128.

123. Leon L Shaw, Ruiming Ren, and Daniel Goberman "Measurement Of Fracture

Energy Of The Coating/Substrate Interfacial Region Through Radial Notched

Cylindrical Specimens", Surface and Coatings Technology, Vol.130, 2000, pp. 74-

79.

124. Arun K V and C S Venkatesha, "Influence Of Service Temperature and Coating

Thickness on The Plane-Strain Fracture Behavior Of En8 Steel," Proceedings of the

Intemational Conference ICMPM-2005, Dec 2005, B.I.T, Sathyamangala.

125. Arun K V and C S Venkatesha, " Evaluation of Fracture Toughness By CVN Impact

Testing In The Transition Temperature Range", Proceedings of The Intemational

Conference On Damage And Fracture Mechanics, Crete, Greece, March 2004

208

126. Arun K V and C S Venkatesha, "Correlation between Plane Strain Fracture

Toughness and CVN Impact Energy," Proceedings of the National Conference,

NAME-2002, JNNCE, Shimoga.

127. Arun K V and C S Venkatesha, "Investigations On The Influence Of Nickel Coating

On Strain Energy Release Rate In En8 Steel," Journal Of Engineering Today, Vol.7,

Aug 2005.

128. V B Shenoy, and L B Freund, "Crack Patterns in Brittle Thin Films", International

Journal of Fracture, Vol 109,2001, pp29-45.

129. V B Watwood. "The Finite Element Method for Prediction of Crack Behavior".

Nuclear Engineering and Design, Vol.11,1969, pp. 323-332.

130. K Krishnaveni, T S N Shankara Narayanan and S K Seshadri, "Electroless Ni-B

Coatings: Preparation and Evaluation of Hardness and Wear Resistance", Surface

And Coatings Technology, Vol 190,2005, pp 115-121.

131. Arun K V and C S Venkatesha, "Fracture Behavior of Electroless Nickel Coated

Circumferentially Cracked Round Bars", Accepted For the International Symposium

on Metallurgy, Material Science and Engineering, ISRS-2006, Dec-2006, i n

Madras.

132. Karl Markstrom, "Experimental Determination of Jc Data Using Different Types of

Specimens", Engineering Fracture Mechanics, Vol 9,1977, pp 637-646.

133. Tie Jun Wang, "An Engineering Approach To Remove The Specimen Geometry

Constraint Dependence of Elastic Plastic Fracmre Toughness", Engineering Fracture

Mechanics, Vol 51,1995, pp 701-706.

134. J G Merkle and H T Corten, " A J Integral Analysis For The Compact Specimen,

Considering Axial Force As Well As Bending Effects", Journal Of Pressure Vessel

Technology, 1974.

135. Arun K V and C S Venkatesha, "Failure Mechanism in Electroless Nickel Coated

Structural Materials," Proceedings of the National Conference README-05, Dec-

2005, P.A College Of Engineering, Mangalore.

136. Suneel K Gupta, V Bhasin and K K Vaze, "A Study of J Integral Variation along the

Thickness of Pipe and Elbow for TWC Crack and Comparison with Simplified

Methods", Proceedings of 16* National Convention of Mechanical Engineers,

U.O.R, Sept 2000.

137. Arun K V and C S Venkatesha, "Strain Energy Release Rate And Tearing Modulus

In Double Edge Notched Round Bars (DENB's), Accepted to the International

209

Conference On Advances In Mechanical Engineering, AME-2006, 1"' to 3"* Dec

2006, BBSBEC, Punjab.

138. Yakushiji, "Factors Affecting Non Propagation of Fatigue Crack in Low Carbon

Steel", JSME International Journal, Vol 44,2001, pp 138-143.

139. D Broek, "Some Contributions of Electron Fractography to the Theory of Fracture",

National Aerospace Laboratory and NLR.

140. Standard Test Method for Plane - Strain Fracture Toughness of Metallic Materials

[E 399], Annual Book of ASTM Standards.

141. Standard Practice For Qualifying Charpy Verification Specimens Of Heat Treated

Steel [E 1271], Annual Book of ASTM Standards.

142. Standard Practice for Qualifying Charpy Impact Machines as Reference Machines

[E1236], Annual Book of ASTM Standards.

143. Standard Test Methods For Notched Bar Impact Testing of Metallic Materials [E

23], Annual Book of ASTM Standards.

144. Standard Test Method for Tensile Testing [E 8], Annual Book of ASTM Standards.

145. ASM Metals Handbook, "Fractography and Atlas of Fractographs "Vol 9.

146. Zhuravlev, "Adherence of Coatings to metals". Proceedings of the Fifth AU-Union

Conference on Heat Resistant Coatings, Khar'kov, May 1970, pp 385-393.

147. Heat Treating Data Book, Seco / Warwic Corporation, Meadville, Eighth Edition,

2000.

148. Moriyama, "Effect of Shot Peening on Fatigue Strength of 18% Maraging Steel",

JSME International Journal, Vol 44,2001, pp 301-308.