A couple is applied to the ends of the steel shaft as shown below with a force F= 350 lb, the shaft is commercially grounded. The following properties are specified for the material Sut 110ksi and S, = 80ksi . The reliability specified is 95%. Find the factor of safety for the 8in shaft using the Modified Goodman Design Theory. Ignore the stress concentration at the fillet. 8in 45in 45in in fillet Shaft A Shaft B

A couple is applied to the ends of the steel shaft as shown below with a force F= 350 lb, the shaft is commercially grounded. The following properties are specified for the material Sut 110ksi and S, = 80ksi . The reliability specified is 95%. Find the factor of safety for the 8in shaft using the Modified Goodman Design Theory. Ignore the stress concentration at the fillet. 8in 45in 45in in fillet Shaft A Shaft B

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

See similar textbooks

Similar questions

provide complete answer
2) A washer is going to be manufactured by cutting operation out of 2024ST aluminum alloy sheet that has a thickness of 2.5 mm. The outside diameter of the washer is 25.0 mm, and the inside diameter is 12.0 mm. Make a rough sketch, define the geometries to be used and determine a. The punch and die size for the blanking operation b. The punch and die size for the punching operation c. The force required performing the blanking and punching operation simultaneously. The aluminum has a tensile strength = 300 MPa.
Manufacturing Processes Q1. Chose the correct answer: 1. Which of the following are variations of sheet-metal-bending operations: (a) coining, (b) flanging, (c) hemming, (d) ironing, (e) notching, (f) shear spinning, (g) trimming, and (h) tube bending? 2. Springback in a sheet-metal-bending operation is the result of which one of the following: (a) elastic modulus of the metal, (b) elastic recovery of the metal, (c) overbending, (d) overstraining, or (e) yield strength of the metal? 3. The cutting force in a sheet-metal blanking operation depends on which mechanical property of the metal (one correct answer): (a) compressive strength, (b) modulus of elasticity, (c) shear strength, (d) strain rate, (e) tensile strength, or (f) yield strength? 4. A circular sheet-metal slug produced in a hole punching operation will have the same diameter as (a) the die opening or (b) the punch? 5. As sheet-metal stock hardness increases in a blanking operation, the clearance between punch and die should…
26c)A material has an mean indentation diameter of 3.64 mm created by a 5 mm diameter Brinell Indenter. Its hardness value is 200 HB , what will be applied force in Newtons?
Which option is correct?
Q1. What is sheet metal working? Write any four products made through the sheet metal processing. Explain in detail about the galvanized iron and stainless steel sheet metal materials.
Please provide a sketch for each tool in each step! I want to get a full mark please read the instructions. Thank you!
You have the following information: (IMAGE) Taking into account the above, answer the following questions: 1) Calculate the safety stock that allows for 5 stockouts in a year. 2) Calculate the reorder point that will allow for these 5 stockouts in a year. 3) Calculate the number of stockouts in a year, corresponding to a safety factor of 0.84. 4) Calculate the reorder point that allows the number of stockouts corresponding to a safety factor of 0.84.
Q2) Choose the correct answer for only 15 (fifteen) of the following. is about 67% of the total forces. A) Longitudinal force. 1) In turning operation, the force. E) thrust force. B) Radial C) feed force. D) cutting force. (C) 2) Which one of the following materials has the lowest hardness: (a) aluminum oxide, (b) cubic boron nitride, f) none of the previous answers. high-speed steel, (d) titanium carbide, or (e) tungsten carbide Which one of the following operations is generally capable of the closest tolerances: (a) broaching. (b) drilling, (c) end milling, (d) planning, or (e) shaping. F) none of the previous answers. 3)
(a)Identify the different types of technical drawing and state what technical drawing is. (b)How do we ought to handle the main materials used in technical drawing and what are the elementary standards of technical drawing? (c)The image below shows several types of technical drawing. I dentify them.
The possibility to make the required shape from the material is considered during design specification. Select one: O True O False
The ratio of Engineering Stress and Engineering Strain is known as ______?