Q2:- The part of the vehicle is production from an magnesium alloy .if KIC 40 MPavm. The fracture occurred at a pressure of 195 MPa when the maximum edge crack length was 3.0 mm. Calculate the value Y. If a stress levelis increased to 275 MPa and the maximum edge crack length is reduced to 2.3 mm, predict whether any fracture will occur. Compare your answer with existing data. Justify your answer. Q2:- The part of the vehicle is production from an magnesium alloy if KIC40 MPavm. The fracture occurred at a pressure of 195 MPa when themaximum edge crack length was 3.0 mm. Calculate the value Y. If a stresslevel is increased to 275 MPa and the maximum edge crack length isreduced to 2.3 mm, predict whether any fracture will occur. Compare youranswer with existing data. Justify your ansanswer.

In general, the fracture toughness of a material is defined as the ability of the material with…

Answered: Q2:- The part of the vehicle is…

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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Q2:- The part of the vehicle is production from an magnesium alloy .if KIC 40 MPavm. The fracture occurred at a pressure of 195 MPa when the maximum edge crack length was 3.0 mm. Calculate the value Y. If a stress levelis increased to 275 MPa and the maximum edge crack length is reduced to 2.3 mm, predict whether any fracture will occur. Compare your answer with existing data. Justify your answer.

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