I need handwritten otherwise I'll dislike your answer should match option A steel ship deck plate is 25 mmthick and 10 m wide. It is loaded witha nominal uniaxial tensile load thatfluctuates between 0 and 8000 kN.The plate has a fracture toughnessKịç equal to 28 MPa-m0.5. Determinethe number of loading cycles thatcan be endured if the initial surfacecrack has a length of 1.5 mm. Thevalues of the coefficient A and theexponent n are A = 5x1012 mm/cycleand n = 3. Assume B = 1.Select one:a. N = 8.43E+10b. N = 3.96E+10c. N = 2.89E+10d. N = 5.22E+10

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A steel ship deck plate is 25 mm thick and 10 m wide. It is loaded with a nominal uniaxial tensile load that fluctuates between 0 and 8000 kN. The plate has a fracture toughness Kịc equal to 28 MPa-m0.5. Determine the number of loading cycles that can be endured if the initial surface crack has a length of 1.5 mm. The values of the coefficient A and the exponent n are A = 5×10-12 mm/cycle %3D and n = 3. Assume B = 1. Select one: a. N = 8.43E+10 b. N = 3.96E+10 c. N = 2.89E+10 d. N = 5.22E+10

A steel ship deck plate is 25 mm thick and 10 m wide. It is loaded with a nominal uniaxial tensile load that fluctuates between 0 and 8000 kN. The plate has a fracture toughness Kịc equal to 28 MPa-m0.5. Determine the number of loading cycles that can be endured if the initial surface crack has a length of 1.5 mm. The values of the coefficient A and the exponent n are A = 5×10-12 mm/cycle %3D and n = 3. Assume B = 1. Select one: a. N = 8.43E+10 b. N = 3.96E+10 c. N = 2.89E+10 d. N = 5.22E+10

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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