[1] Chakraborty G, Rejeesh R, & Albert S K (2016) Study on hydrogen assisted cracking susceptibility of HSLA steel by implant test. Defe Technology 12(6): 490-495.

[2] Movahedi M R & Hashemi S H (2019) Experimental Study of Mechanical Behavior of Welded API X70 Pipe Steel using Tensile and Three Point Bend Specimens. Jour of Solid and Fluid Mechanics 9(4): 93-106 (In Persian).

[3] Soliman N F, Ramadan D O, & Yagoob J A (2021) Influence of mould thickness on microstructure, hardness and wear of al-cu cast alloys. Inte Jour of Engineering 34(8): 2021-2027.

[4] Kong J P, Kang C Y (2016) Effect of alloying elements on expulsion in electric resistance spot welding of advanced high strength steels. Scie and Tech of Weld and Joining 21(1): 32-42.

[5] Samek L, De Moor E, Penning J, & De Cooman B (2006) Influence of alloying elements on the kinetics of strain-induced martensitic nucleation in low-alloy, multiphase high-strength steels. Meta and Mate Transactions A 37(1): 109-124.

[6] Verhoeven J D (2000) A review of microsegregation induced banding phenomena in steels. Jour of Mate Engi and Performance 9(3): 286-296.

[7] Samuels L E (1999) Light microscopy of carbon steels: Asm International.

[8] Jafari A, Seyedeina S H, Aboutalebia M R, Eskinb D G & Katgermanb L (2010) Numerical modeling of macrosegregation during the direct-chill casting of an al alloy billet. Iran Jour of Mate Scie & Engineering 7(3): 39-50.

[9] Krauss G (2003) Solidification, segregation, and banding in carbon and alloy steels. Meta and Mate Transactions B 34(6): 781-792.

[10] De Jong H F (1980) Thickness direction inhomogeneity of mechanical properties and fracture toughness as observed in aluminium 7075-T651 plate material. Engi Frac Mechanics 13(1): 175-192.

[11] Tsuboi K, Tsuchiyama T, Takaki S, & Tsutsumi S (2012) Mechanical properties of strength-gradient steel sheets produced by solution nitriding. ISIJ International 52(10): 1872-1878.

[12] Yang N, Su C, Wang X f, & Bai F (2016) Research on damage evolution in thick steel plates. Jour of Cons Steel Research 122: 213-225.

[13] Kingklang S, Uthaisangsuk V (2017) Micromechanical modeling of anisotropic behavior of pipeline steel grade X65. Mate & Design 127: 243-260.

[14] Wang Y, Liu X, Hu Z & Shi Y. (2013) Experimental study on mechanical properties and fracture toughness of structural thick plate and its butt weld along thickness and at low temperatures. Fati & Frac of Engi Mate & Structures 36(12): 1258-1273.

[15] Popovich V & Richardson I (2015) Fracture toughness of welded thick section high strength steels and influencing factors. Paper presented at the TMS 2015 144th Annual Meeting & Exhibition :1031-1038.

[16] Jokiaho T, Santa-Aho S, Peura P & Vippola M (2020) Cracking and failure characteristics of flame cut thick steel plates. Meta and Mate Transactions A 51(4): 1744-1754.

[17] Han J, Fu T, Wang Z & Wang G (2020) Effect of Roller Quenching on Microstructure and Properties of 300 mm Thickness Ultra-Heavy Steel Plate. Metals 10(9): 1238-1245.

 

[18] Wang Q, Ye Q, Tian Y, Fu T & Wang Z (2021) Superior through‐thickness homogeneity of microstructure and mechanical properties of ultraheavy steel plate by advanced casting and quenching technologies. steel research international 92(5): 200-208.

[19] Gaosheng L, Wei Y & Qingwu C (2015) Investigation of the evolution of central defects in ultra-heavy plate rolled using gradient temperature process. Meta and Mate Transactions B 46(2): 831-840.

[20] Pickering E, & Bhadeshia H (2014) Macrosegregation and microstructural evolution in a pressure-vessel steel. Meta and Mate Transactions A 45(7): 2983-2997.

[21] Standard test methods for tension testing of metallic materials (2009) ASTM international.

[22] Sohn S S, Han S Y, Bae J h, Kim H S & Lee S (2013) Effects of microstructure and pipe forming strain on yield strength before and after spiral pipe forming of API X70 and X80 linepipe steel sheets. Mate Scie and Engineering: A 573(2): 18-26.

[23] Wcislik W (2016) Experimental determination of critical void volume fraction fF for the Gurson Tvergaard Needleman (GTN) model. Proc Stru Integrity 2: 1676-1683.

[24] ABAQUS Version 6.12. (2012) Dass Syst Simu Corp, Rhode Island, USA.