Calculate the in-plane maximum shearing strain

Assignment Help Mechanical Engineering
Reference no: EM131030954

Question 1

(i) Discuss and define Isotropy, Anisotropy and Orthotropy with regards to engineering materials.

(ii) Regarding Finite Element Analysis:

a. List the three main types of elements and explain how to choose elements?

b. Common sources of errors in FEA?

(iii) After conducting a photoelastic investigation of a sample, you remove the load and notice that a fringe pattern still exists. What could this mean?

Question 2

A shaft has a maximum allowable shear stress of 25 MPa and must carry a torque of 150 N.m. It is required to have a change in diameter from 35 mm to 42 mm. How would you design this section? Show calculations to justify you answer.

Question 3

A delta strain gauge rosette, measured the strain at a point on the surface of a machine element. The measurements are εa = 275 μ, εb = 125 μ and εc = - 75 μ for θa = 90°, θb = 30° and θc = -30°. Use v = 0.333, Calculate:

(a) the in-plane maximum shearing strain,

(b) the true maximum shearing strain.

Question 4

A thin rhomboid shaped plate, situated on the x-y plane, (Figure 1) has side lengths AB = DC = 40 mm and AD = BC = 60 mm and material properties E = 200GPa and v = 0.3. If the change in length of sides AB = 0.04848 mm, AC = 0.1286 mm and AD = 0.00532 mm, what are the stresses relative to the x-y co-ordinate system shown?

617_Maximum shearing strain.jpg

Verified Expert

In the question it is asked that what are the common sources of errors in FEA, so it is answered accordingly.

Reference no: EM131030954

Questions Cloud

Compute the annual approximate interest : Compute the annual approximate interest cost of not taking a discount using the following scenarios. What conclusion can be drawn from the calculations?
Write a paper about an event that started as an emergency : You are to write a paper about an event that started as an emergency and turned into a disaster. Your paper must address, at a minimum: The background of the conditions before the event began or occurred.
What is the role of smoking in the aetiology of stroke : Would you expect your client to make a complete recovery with a full return of function; explain your answer.  Explain why it is important to control the existing risk factors in your client for prevention of further stroke? What is the role of smoki..
Prices of options on lotus stock : Compare the prices of options on Lotus's stock and those on AT&T's.  Why are options with identical exercise prices and maturity dates, and written on stocks with identical prices, selling for different prices?
Calculate the in-plane maximum shearing strain : Discuss and define Isotropy, Anisotropy and Orthotropy with regards to engineering materials - what are the stresses relative to the x-y co-ordinate system shown?
What can the organization do to prevent this in the future : Discuss how will you proceed? What is your supervisor afraid of? What are you going to tell her is going to happen? How could this have been prevented?
How grounding is different than earthings : How grounding is different than earthings?
Neat forex transaction plan : You are required to work out a neat forex transaction plan for next one year to ensure smooth receipts and payments by the British company.
How does locke justify the right to property : How does Locke justify the right to property (understood as the natural right to unlimited acquisition)? Examine the ambiguity of Locke's conception of government as protector of property and other natural rights. Are our natural rights endangered..

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  You have a cylindrical beverage container that has been

you have a cylindrical beverage container that has been sitting in your hot car all day and is now at a temp of 50 deg

  A particle traveled in a straight line in such a way

A particle traveled in a straight line in such a way that its distance (S) from a given point on that line after time (t) was S= 20t^3 -t^4 The rate of change of acceleration at time t=2 is what value?

  The cable is encased in a thin-walled pipe of 01-meter

a long power transmission cable is buried at a depth ground to cable centerline distance of 2 meters. the cable is

  Coefficient between hot process fluid and cold water

Determine the overall heat transfer coefficient between the hot process fluid and the cold water bath. Assume the properties of the hot process fluid are those of water.

  For a metal that has the simple cubic crystal structure

for a metal that has the simple cubic crystal structure calculate the atomic radius if the metal has a density of 8.38

  What percentage did builder increase magnitude of force

By what percentage n did the builder increase the magnitude of the force exerted on the gutter at A over that figured by the architect? The chain weighs 100 N per meter of its length.

  What is the drag coefficient of the model also calculate

a 14 scale model of a tractor trailer is tested in a wind tunnel under standard sea level conditions. the model

  Calculate the work of the expanding gas

An electric motor is connected to a 12-V battery. The electric current to the motor is 3 A. 90 % of the electric energy from the battery is converted into mechanical work to mix an ideal gas in an adiabatic cylinder.

  Bron is diffused into highly pure germanium at 1000oc q

boron is diffused into highly pure germanium at 1000oc q 105 kcalmol do 1.1 x 10 m2sec. a steady surface

  Safety-critical software systems

Identify six consumer products that are likely to be controlled by safety-critical software systems.

  Component of the system is a shell-and-tube

An energy storage system is proposed to absorb ther- mal energy collected during the day with a solar col- lector and release thermal energy at night to heat a building. The key component of the system is a shell-and-tube heat exchanger with the s..

  Rounded to the nearest integer that ball reaches above tee

A golf ball is driven off a tee that is elevated 30 ft above the fairway and hits the ground that is below 30 ft from the tee. The initial velocity of the ball is 120 ft/s at an angle of 40 degrees from the horizontal.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd