Computer Applications in Analysis Homework 5 - Optimization You will submit: (i) the source code (.m file), (ii) the screenshots that show the output. Solve the task 7.34 from the textbook: Roller bearings are subject to fatigue failure caused by large contact loads F (Fig. P7.34). The problem of finding the location of the maximum stress along the x axis can be shown to be equivalent to maximizing tho function:
Computer Applications in Analysis Homework 5 - Optimization You will submit: (i) the source code (.m file), (ii) the screenshots that show the output. Solve the task 7.34 from the textbook: Roller bearings are subject to fatigue failure caused by large contact loads F (Fig. P7.34). The problem of finding the location of the maximum stress along the x axis can be shown to be equivalent to maximizing tho function:
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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Using MATLAB to find the maximum.
![Computer Applications in Analysis
Homework 5 - Optimization
You will submit: (i) the source code (.m file), (ii) the screenshots that show the output.
Solve the task 7.34 from the textbook:
Roller bearings are subject to fatigue failure caused by large contact loads F (Fig. P7.34). The problem of
finding the location of the maximum stress along the x axis can be shown to be equivalent to maximizing
the function:
0.4
0.4
f (x) =
V(1 +x²)
+ (-1)(,x + 1)A -
+ x
1+x2,
Find the x that maximizes f (x) with stopping criterion 0.5%.
FIGURE P7.34
Roller bearings.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F775b1934-3773-4786-a32d-c490024dee34%2F82e5ac94-18ed-4ff4-9f43-59d699495a05%2Fwjtrmws_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Computer Applications in Analysis
Homework 5 - Optimization
You will submit: (i) the source code (.m file), (ii) the screenshots that show the output.
Solve the task 7.34 from the textbook:
Roller bearings are subject to fatigue failure caused by large contact loads F (Fig. P7.34). The problem of
finding the location of the maximum stress along the x axis can be shown to be equivalent to maximizing
the function:
0.4
0.4
f (x) =
V(1 +x²)
+ (-1)(,x + 1)A -
+ x
1+x2,
Find the x that maximizes f (x) with stopping criterion 0.5%.
FIGURE P7.34
Roller bearings.
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