For each of the following parts for an overhead crane; Bridge, end carriage, wheel, shaft andMiscellaneous( gears, wheel end caps, shaft and gear keys and bolts and nuts). Define the followingfunction, constraints, objectives and free variables for the material parameters of the crane partsmentioned.1. Function: What does the component do?2. Objective: What essential conditions must be met?3. Constraints: What is to be maximized or minimized?4. Free variables: Which design variables are free?- Which can be modified?Which are desirable?I

Function: The bridge is the main structure of the crane that spans the width of the workspace. It…

Answered: For each of the following parts for an…

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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- State the assumptions associated with a material balance modeling approach and give an example of an environmental problem that would meet the assumptions.
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A stringer of tennis rackets has found that the actual string tension achieved for any individual racket will vary as much as 6 pounds per square inch from the desired tension set on the stringing machine. If the stringer wishes to string at a tension lower than that specified by a customer only 5% of the time, how much above or below the customer's specified tension should the string set the stringer machine
You have been asked to obtain an object/structure/component that has failed (It may come fromyour home, workshop, an automobile repair shop, a machine shop, and so on) and investigate to:1. Determine the cause and type of failure (i.e., simple fracture, fatigue, creep).2. What are the working and environmental conditions that causes the failure?3. Propose measures that can be taken to prevent future incidents of this type of failure.4. After you have determined the failure type of your case study, your leader asked you to writeshortly about the other mechanisms of failures.
Select a conventional ICE (Internal Combustion Engine) passenger car from the market. Convert the ICE powertrain to an electric powertrain using the structural and performance parameters of the vehicle by calculating the electric motor shaft power, torque and speed, sketching the required graphs of the vehicle performance, selecting a proper gearbox ratio, analysing the gradeability performance of the car, selecting a battery pack and define battery voltage, current and energy capacity (Give thereasons of your selection), and defining the performance and energy consumption of the car for a specific drive cycle (calculate the cost of the drive considering the price of electricity too).

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