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1. A frame of a hydraulic rivetter is shown below in the figure with I cross-section. A load P = (last two digts of your student ID) kN is applied. A ductile material of yield strength, Sy = (350 + last two digits of your student ID) MPa is used. Use a factor of safety, n = 3.0 and find the dimensions of I cross-section. Use appropriate theories of failure and state clearly all your assumptions. If your student ID = 2021005345, P = 45 kN and Sy = (350+45) MPa = 395 MPa. 120 mm (16) 15t-↑ 7t

1. A frame of a hydraulic rivetter is shown below in the figure with I cross-section. A load P = (last two digts of your student ID) kN is applied. A ductile material of yield strength, Sy = (350 + last two digits of your student ID) MPa is used. Use a factor of safety, n = 3.0 and find the dimensions of I cross-section. Use appropriate theories of failure and state clearly all your assumptions. If your student ID = 2021005345, P = 45 kN and Sy = (350+45) MPa = 395 MPa. 120 mm (16) 15t-↑ 7t

Elements Of Electromagnetics
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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1. A frame of a hydraulic rivetter is shown below in the figure with I cross-section. A load P = (last two digts of your student ID) kN is applied. A ductile material of yield strength, Sy = (350 + last two digits of your student ID ) MPa is used. Use a factor of safety, n = 3.0 and find the dimensions of I cross-section. Use appropriate theories of failure and state clearly all your assumptions. If your student ID = 2021005345, P = 45 kN and Sy 395 MPa. ↓² 120 mm 7t 5t-1 = (350+45) MPa =
Transcribed Image Text:1. A frame of a hydraulic rivetter is shown below in the figure with I cross-section. A load P = (last two digts of your student ID) kN is applied. A ductile material of yield strength, Sy = (350 + last two digits of your student ID ) MPa is used. Use a factor of safety, n = 3.0 and find the dimensions of I cross-section. Use appropriate theories of failure and state clearly all your assumptions. If your student ID = 2021005345, P = 45 kN and Sy 395 MPa. ↓² 120 mm 7t 5t-1 = (350+45) MPa =
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