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P (lb) 800 Problem 1. Apply Rainflow counting to analyze the periodic loading block shown in figure. All loads are lbs. Identify the fully reversable cycles present in the loading block. Show all your work. 400 0 Problem 2. A machine component is a 3 in. dia. solid bar, 24 in. long. The material is 1045 HR. It is fixed to a column at one end. The other end is a free cantilever. The load is applied perpendicularly to the top surface of the beam three inches from the cantilever end. -400 -800 Write a MATLAB program to calculate the fatigue life using the data from Problem 1. The inputs that should be able to be entered by the user are: 1. The omax, Omin data from Rainflow counting. Assume that applied loading creates pure bending. 2. The Brinell hardness, yield strength, ultimate strength of the material The outputs should be: 1. The number of cycles to failure for each Gmax, Omin pair of data. 2. The total number of repetitions of the loading block to failure.

P (lb) 800 Problem 1. Apply Rainflow counting to analyze the periodic loading block shown in figure. All loads are lbs. Identify the fully reversable cycles present in the loading block. Show all your work. 400 0 Problem 2. A machine component is a 3 in. dia. solid bar, 24 in. long. The material is 1045 HR. It is fixed to a column at one end. The other end is a free cantilever. The load is applied perpendicularly to the top surface of the beam three inches from the cantilever end. -400 -800 Write a MATLAB program to calculate the fatigue life using the data from Problem 1. The inputs that should be able to be entered by the user are: 1. The omax, Omin data from Rainflow counting. Assume that applied loading creates pure bending. 2. The Brinell hardness, yield strength, ultimate strength of the material The outputs should be: 1. The number of cycles to failure for each Gmax, Omin pair of data. 2. The total number of repetitions of the loading block to failure.

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
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Please solve the following clearly, explain each step as you go. Also explain how rainfall counting works. thank you

P (lb) 800 Problem 1. Apply Rainflow counting to analyze the periodic loading block shown in figure. All loads are lbs. Identify the fully reversable cycles present in the loading block. Show all your work. 400 0 Problem 2. A machine component is a 3 in. dia. solid bar, 24 in. long. The material is 1045 HR. It is fixed to a column at one end. The other end is a free cantilever. The load is applied perpendicularly to the top surface of the beam three inches from the cantilever end. -400 -800 Write a MATLAB program to calculate the fatigue life using the data from Problem 1. The inputs that should be able to be entered by the user are: 1. The omax, Omin data from Rainflow counting. Assume that applied loading creates pure bending. 2. The Brinell hardness, yield strength, ultimate strength of the material The outputs should be: 1. The number of cycles to failure for each Gmax, Omin pair of data. 2. The total number of repetitions of the loading block to failure.
Transcribed Image Text:P (lb) 800 Problem 1. Apply Rainflow counting to analyze the periodic loading block shown in figure. All loads are lbs. Identify the fully reversable cycles present in the loading block. Show all your work. 400 0 Problem 2. A machine component is a 3 in. dia. solid bar, 24 in. long. The material is 1045 HR. It is fixed to a column at one end. The other end is a free cantilever. The load is applied perpendicularly to the top surface of the beam three inches from the cantilever end. -400 -800 Write a MATLAB program to calculate the fatigue life using the data from Problem 1. The inputs that should be able to be entered by the user are: 1. The omax, Omin data from Rainflow counting. Assume that applied loading creates pure bending. 2. The Brinell hardness, yield strength, ultimate strength of the material The outputs should be: 1. The number of cycles to failure for each Gmax, Omin pair of data. 2. The total number of repetitions of the loading block to failure.
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